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ENGINEERING
MECHANICS
ENGINEERING MECHANICS
By N H Dubey, Engineering
Coordinator, Vidyalankar Institute of
Technology, Wadala, Mumbai
2011 / 700 Pages (T)
ISBN : 9780071072595
This book caters to the need of first year
Engineering Students under all the
B.Tech branches that enables them to
achieve a firm footage in the subject.
The text covers 95-100% syllabi of all
major Indian Universities. The complete
package of topical coverage, perfect
depth of theory and rich pedagogy will
help the students understand the
subject better.
FEATURES
• Easy to grasp and engaging theory
with practical day to day application
• Procedures, Steps, Special Cases
present throughout the book
• 1000+ solved problems, MCQ’s,
Exercise problems, Review
questions, and Fill-in-the blanks
• Basic Trigonometry and Calculus
given as appendix comes very
handy for the students
• Excellent illustrations explain the 3D
aspect of engineering
CONTENTS
Unit 1. Introduction to Mechanics -
Statics Unit 2. Resultant of system of
forces Unit 3. Equilibrium of system of
forces Unit 4. Forces in Space Unit 5.
Centre of gravity Unit 6. Moment of
Inertia Unit 7. Structural Analysis –
Beams and trusses Unit 8. Friction Unit
9. Principle of Virtual Work Unit 10.
Simple Lifting Machines Unit 11. Stress
and Strains Unit 12. Introduction to
Dynamics Unit 13. Kinematics of
Particles Unit 14. Kinematics of Rigid
Bodies Unit 15. Kinetics of Particle Unit
16. Kinetics of Rigid Bodies
VECTOR MECHANICS FOR
ENGINEERS: STATICS AND
DYNAMICS, (SI UNITS)
9th dition
by Ferdinand P. Beer, Lehigh
University, E. Russell Johnston,
University of Connecticut, David F.
Mazurek, U.S. Coast Guard Academy,
Phillip J. Cornwell, Rose-Hulman
Institute of Technology, Elliot R.
Eisenberg, The Pennsylvania State
University, Dr. Sanjeev Sanghi, Indian
Institute of Technology, Delhi
2010 / 1326 Pages
ISBN : 9780070700307
The Beer/Johnston textbooks have over
the years introduced significant
pedagogical innovations into
engineering mechanics teaching.
Careful presentation of content,
unmatched levels of accuracy, and
attention to detail has made these texts
the standard for excellence. This book,
the ninth edition of the classic text
Vector Mechanics for Engineers: Statics
& Dynamics continues in the spirit of its
successful previous editions, provides
conceptually accurate and thorough
coverage together with a significant
refreshment of the exercise sets and
problems.
FEATURES
• SI Units used throughout the book.
• Visual Program: Liberal use of
effective-forces diagrams to achieve
a more intuitive and complete
understanding of fundamental
principles.
• Real World Examples, Applications
& Problems: Helps students identify
circumstances in there daily lives
and better understand the concepts.
• Computer and Design Problems:
Problems are designed to be easily
solved using popular computational
programs like Matlab®, Mathcad®,
and Maple™. The computer
problems focus on symbolic
manipulation and plotting rather than
programming aspects
CONTENTS
1. Introduction 2. Statics of Particles 3.
Rigid Bodies: Equivalent Systems of
Forces 4. Equilibrium of Rigid Bodies 5.
Distributed Forces: Centroids and
Centers of Gravity 6. Analysis of
Structures 7. Forces in Beams and
Cables 8. Friction 9. Distributed Forces:
Moments of Inertia 10. Method of Virtual
Work 11. Kinematics of Particles 12.
Kinetics of Particles: Newton’s Second
Law 13. Kinetics of Particles: Energy
and Momentum Methods 14. Systems
of Particles 15. Kinematics of Rigid
Bodies 16. Plane Motion of Rigid
Bodies: Forces and Accelerations 17.
Plane Motion of Rigid Bodies: Energy
and Momentum Methods 18. Kinetics of
Rigid Bodies in Three Dimensions 19.
Mechanical Vibrations
US Edition
VECTOR MECHANICS FOR
ENGINEERS: STATICS AND
DYNAMICS
9th Edition
by Ferdinand P. Beer (deceased)
E Russell Johnston, Jr., University of
Connecticut; Elliot R Eisenberg,
Pennsylvania State University;
David Mazurek, U S Coast Guard
Academy
2009 / 1376 Pages
ISBN : 9780077275556
Continuing in the spirit of its successful
previous editions, the ninth “edition of
Beer, Johnston, Mazurek, and
Cornwell's Vector Mechanics “for
Engineers provides conceptually
accurate and thorough coverage
“together with a significant refreshment
of the exercise sets and online “delivery
of homework problems to your students.
Nearly forty percent “of the problems in
the text are changed from the previous
edition. “The Beer/Johnston textbooks
introduced significant pedagogical
“innovations into engineering mechanics
teaching. The consistent, “accurate
problem-solving methodology gives your
students the best “opportunity to learn
statics and dynamics. At the same time,
ENGINEERING MECHANICS
2 Visit us at www.mhhe.com www.tatamcgrawhill.com
the careful “presentation of content,
unmatched levels of accuracy, and
attention “to detail have made these
texts the standard for excellence.
FEATURES
• Online Homework specific to the
text is provided Many problems “are
algorithmically-generated giving the
instructor a wide array of “problems
for assignment to students
CONTENTS
1. Introduction 2. Statics of Particles
3. Rigid Bodies : Equivalent Systems of
Forces 4. Equilibrium of Rigid Bodies
5. Distributed Forces: Centroids and
Centers of Gravity 6. Analysis of
Structures 7. Forces in Beams and
Cables 8. Friction 9. Distributed Forces:
Moments of Inertia 10. Method of Virtual
Work 11. Kinematics of Particles 12.
Kinetics of Particles: Newton's Second
Law 13. Kinetics of Particles: Energy and
Momentum Methods 14. Systems of
Particles 15. Kinematics of Rigid Bodies
16. Plane Motion of Rigid Bodies: Forces
and Accelerations 17. Plane Motion of
Rigid Bodies: Energy and Momentum
Methods 18. Kinetics of Rigid Bodies in
Three Dimensions 19. Mechanical
Vibrations“ Appendix Fundamentals of
Engineering Examination
VECTOR MECHANICS FOR
ENGINEERS: STATICS, (SI UNITS)
9th Edition
by Ferdinand P. Beer, Lehigh
University, E. Russell Johnston,
University of Connecticut, David F.
Mazurek, U.S. Coast Guard Academy,
Phillip J. Cornwell, Rose-Hulman
Institute of Technology, Elliot R.
Eisenberg, The Pennsylvania State
University, Dr. Sanjeev Sanghi, Indian
Institute of Technology, Delhi
2010 / 648 Pages
ISBN : 9780070700314
The Beer/Johnston textbooks have over
the years introduced significant
pedagogical innovations into
engineering mechanics teaching.
Careful presentation of content,
unmatched levels of accuracy, and
attention to detail has made these texts
the standard for excellence. This book,
the ninth edition of the classic text
Vector Mechanics for Engineers:
Dynamics continues in the spirit of its
successful previous editions, provides
conceptually accurate and thorough
coverage together with a significant
refreshment of the exercise sets and
problems.
FEATURES
• SI Units used throughout the book.
• Visual Program: Liberal use of
effective-forces diagrams to achieve
a more intuitive and complete
understanding of fundamental
principles.
• Real World Examples, Applications
& Problems: Helps students identify
circumstances in there daily lives
and better understand the concepts.
• Computer and Design Problems:
Problems are designed to be easily
solved using popular computational
programs like Matlab®, Mathcad®,
and Maple™. The computer
problems focus on symbolic
manipulation and plotting rather than
programming aspects
CONTENTS
1. Introduction 2. Statics of Particles 3.
Rigid Bodies: Equivalent Systems of
Forces 4. Equilibrium of Rigid Bodies 5.
Distributed Forces: Centroids and
Centers of Gravity 6. Analysis of
Structures 7. Forces in Beams and
Cables 8. Friction 9. Distributed Forces:
Moments of Inertia 10. Method of Virtual
Work
International Edition
ENGINEERING MECHANICS:
STATICS
by Michael Plesha, University of
Wisconsin —Madison, Gary Gray, Penn
State Univ-Univ Park, and Francesco
Costanzo, Penn State University-
University Park; N. Siva Prasad, IIT
Chennai
2012 / 704 Pages
ISBN : 9780071311090
Plesha, Gray, and Costanzo’s
Engineering Mechanics: Statics &
Dynamics presents the fundamental
concepts, clearly, in a modern context
using applications and pedagogical
devices that connect with today’s
students. The text features a five-part
problem-solving methodology that is
consistently used throughout all
example problems. This methodology
helps students lay out the steps
necessary to correct problemformulation
and explains the steps
needed to arrive at correct and realistic
solutions. Once students have fully
mastered the basic concepts, they are
taught appropriate use of modern
computational tools where applicable.
Further reinforcing the text’s modern
emphasis, the authors have brought
engineering design considerations into
selected problems where appropriate.
This sensitizes students to the fact that
engineering problems do not have a
single answer and many different routes
lead to a correct solution. The first new
mainstream text in engineering
mechanics in nearly twenty years,
Plesha, Gray, and Costanzo’s
Engineering Mechanics: Statics and
Dynamics will help your students learn
this important material efficiently and
effectively.
ENGINEERING MECHANICS
Visit us at www.mhhe.com www.tatamcgrawhill.com 3
FEATURES
• 5-Part Problem Solving
Methodology used in all example
problems. A consistent problemsolving
approach is used
throughout. Each example problem
is solved using a “template” that
helps students effectively set up the
problem and solve it correctly.
• Introduces Appropriate Use of
Computational Tools. Fundamental
concepts are taught thoroughly, and
the use of computational tools is
taught when appropriate.
• Appropriate Design Coverage. The
authors have brought engineering
design considerations into selected
problems where applicable. This will
sensitize students to the fact that
engineering problems do not have a
single answer and many different
routes lead to a correct solution.
• Real World Examples, Problems,
Applications, Photographs. All
the photographs, applications,
examples are from the real world, so
that students will be able to identify
circumstances that they encounter
in there daily lives.
• Online Homework features selected
problems from the text and
algorithmically-generated problems
that give the instructor a wide array
of homework assignment options.
CONTENTS
1. Introduction 2. Vectors: Force and
Position 3. Equilibrium of Particles 4.
Moment of a Force and Equivalent
Force Systems 5. Equilibrium of Bodies
6. Structural Analysis and Machines 7.
Centroids and Distributed Force
Systems 8. Internal Forces 9. Friction
10. Moments of Inertia
US Edition
VECTOR MECHANICS FOR
ENGINEERS: STATICS, 9th Edition
by Ferdinand P Beer (deceased); E.
Russell Johnston, Jr.University of
Connecticut; Elliot R Eisenberg,
Pennsylvania State University;
David Mazurek, U S Coast Guard
Academy
2009 / 992 Pages
ISBN : 9780077275563
Continuing in the spirit of its successful
previous editions, the ninth edition of
Beer, Johnston, Mazurek, and
Cornwell's Vector Mechanics for
Engineers provides conceptually
accurate and thorough coverage
together with a significant refreshment
of the exercise sets and online delivery
of homework problems to your students.
Nearly forty percent of the problems in
the text are changed from the previous
edition. The Beer/Johnston textbooks
introduced significant pedagogical
innovations into engineering mechanics
teaching. The consistent, accurate
problem-solving methodology gives your
students the best opportunity to learn
statics and dynamics.
FEATURES
• Online Homework specific to the
text is provided Many problems are
algorithmically-generated giving the
instructor a wide array of problems
for assignment to students
CONTENTS
1. Introduction 2. Statics of Particles 3.
Rigid Bodies : Equivalent Systems of
Forces 4. Equilibrium of Rigid Bodies 5.
Distributed Forces : Centroids and
Centers of Gravity 6. Analysis of
Structures 7. Forces in Beams and
Cables 8. Friction 9. Distributed Forces
: Moments of Inertia 10. Method of Virtual
Work / Fundamentals of Engineering
Examination / Index / Answers to
Problems
VECTOR MECHANICS FOR
ENGINEERS: DYNAMICS, (SI UNITS)
9th Edition
by Ferdinand P. Beer, Lehigh
University, E. Russell Johnston,
University of Connecticut, David F.
Mazurek, U.S. Coast Guard Academy,
Phillip J. Cornwell, Rose-Hulman
Institute of Technology, Elliot R.
Eisenberg, The Pennsylvania State
University, Dr. Sanjeev Sanghi, Indian
Institute of Technology, Delhi
2010 / 726 Pages
ISBN : 9780070700321
The Beer/Johnston textbooks have over
the years introduced significant
pedagogical innovations into
engineering mechanics teaching.
Careful presentation of content,
unmatched levels of accuracy, and
attention to detail has made these texts
the standard for excellence. This book,
the ninth edition of the classic text
Vector Mechanics for Engineers:
Dynamics continues in the spirit of its
successful previous editions, provides
conceptually accurate and thorough
coverage together with a significant
refreshment of the exercise sets and
problems.
FEATURES
• SI Units used throughout the book.
• Visual Program: Liberal use of
effective-forces diagrams to achieve
a more intuitive and complete
understanding of fundamental
principles.
• Real World Examples, Applications
& Problems: Helps students identify
circumstances in there daily lives
and better understand the concepts.
• Computer and Design Problems:
Problems are designed to be easily
solved using popular computational
programs like Matlab®, Mathcad®,
and Maple™. The computer
problems focus on symbolic
manipulation and plotting rather than
programming aspects
CONTENTS
11. Kinematics of Particles 12. Kinetics
of Particles: Newton’s Second Law 13.
ENGINEERING MECHANICS
4 Visit us at www.mhhe.com www.tatamcgrawhill.com
Kinetics of Particles: Energy and
Momentum Methods 14. Systems of
Particles 15. Kinematics of Rigid Bodies
16. Plane Motion of Rigid Bodies:
Forces and Accelerations 17. Plane
Motion of Rigid Bodies: Energy and
Momentum Methods 18. Kinetics of
Rigid Bodies on Three Dimensions 19.
Mechanical Vibrations
US Edition
VECTOR MECHANICS FOR
ENGINEERS : DYNAMICS
9th Edition
by Ferdinand P Beer (deceased); E
Russell Johnston, Jr.University of
Connecticut; Elliot R Eisenberg,
Pennsylvania State University;
David Mazurek, U S Coast Guard
Academy
2009
ISBN : 9780077295493
Continuing in the spirit of its successful
previous editions, the ninth edition of
Beer, Johnston, Mazurek, and
Cornwell's Vector Mechanics for
Engineers provides conceptually
accurate and thorough coverage
together with a significant refreshment
of the exercise sets and online delivery
of homework problems to your students.
Nearly forty percent of the problems in
the text are changed from the previous
edition. The Beer/Johnston textbooks
introduced significant pedagogical
innovations into engineering mechanics
teaching. The consistent, accurate
problem-solving methodology gives your
students the best opportunity to learn
statics and dynamics. At the same time,
the careful presentation of content,
unmatched levels of accuracy, and
attention to detail have made these texts
the standard for excellence.
FEATURES
• Thoroughly Refreshed Problem Set
in the Ninth Edition 40% of the
problems are updated from the
previous edition
• Online Homework specific to the
text is provided Many problems are
algorithmically-generated giving the
instructor a wide array of problems
for assignment to students
CONTENTS
11. Kinematics of Particles 12. Kinetics
of Particles : Newton's Second Law 13.
Kinetics of Particles : Energy and
Momentum Methods 14. Systems of
Particles 15. Kinematics of Rigid Bodies
16. Plane Motion of Rigid Bodies : Forces
and Accelerations 17. Plane Motion of
Rigid Bodies : Energy and Momentum
Methods 18. Kinetics of Rigid Bodies in
Three Dimensions 19. Mechanical
Vibrations / Appendix A Useful Definitions
and Properties of Vector Algebra /
Appendix B Moments of Inertia of
Masses / Appendix C Fundamentals of
Engineering Examination
International Edition
ENGINEERING MECHANICS:
DYNAMICS
by Michael Plesha, University of
Wisconsin —Madison, Gary Gray, Penn
State University-University Park, and
Francesco Costanzo, Penn State
University-University Park; N. Siva
Prasad, IIT Chennai
2012 / 784 Pages
Plesha, Gray, and Costanzo’s
Engineering Mechanics: Statics &
Dynamics presents the fundamental
concepts, clearly, in a modern context
using applications and pedagogical
devices that connect with today’s
students. The text features a five-part
problem-solving methodology that is
consistently used throughout all
example problems. This methodology
helps students lay out the steps
necessary to correct problemformulation
and explains the steps
needed to arrive at correct and realistic
solutions. Once students have fully
mastered the basic concepts, they are
taught appropriate use of modern
computational tools where applicable.
Further reinforcing the text’s modern
emphasis, the authors have brought
engineering design considerations into
selected problems where appropriate.
This sensitizes students to the fact that
engineering problems do not have a
single answer and many different routes
lead to a correct solution. The first new
mainstream text in engineering
mechanics in nearly twenty years,
Plesha, Gray, and Costanzo’s
Engineering Mechanics: Statics and
Dynamics will help your students learn
this important material efficiently and
effectively.
FEATURES
• 4-Part Problem Solving
Methodology used in all example
problems. A consistent problemsolving
approach is used
throughout. Each example problem
is solved using a “template” that
helps students effectively set up the
problem and solve it correctly.
• Introduces Appropriate Use of
Computational Tools. Fundamental
concepts are taught thoroughly, and
the use of computational tools is
taught when appropriate.
• Appropriate Design Coverage. The
authors have brought engineering
design considerations into selected
problems where applicable. This will
sensitize students to the fact that
engineering problems do not have a
single answer and many different
routes lead to a correct solution.
• Real World Examples, Problems,
Applications, Photographs. All the
photographs, applications,
examples are from the real world, so
that students will be able to identify
circumstances that they encounter
in there daily lives.
• Online Homework features selected
problems from the text and
algorithmically-generated problems
that give the instructor a wide array
of homework assignment options.
CONTENTS
1. Setting the Stage for the Study of
Dynamics 2. Particle Kinematics 3.
ENGINEERING MECHANICS
Visit us at www.mhhe.com www.tatamcgrawhill.com 5
Force and Acceleration Methods for
Particles 4. Energy Methods for
Particles 5. Momentum Methods for
Particles 6. Planar Rigid Body
Kinematics 7. Newton-Euler Equations
for Planar Rigid Body Motion 8. Energy
and Momentum Methods for Rigid
Bodies 9. Mechanical Vibrations 10.
Three-Dimensional Dynamics of Rigid
Bodies / Appendix A Mass Moments of
Inertia / Appendix B Angular Momentum:
Advanced Topics
ENGINEERING MECHANICS
REVISED
4th Edition
(Special Indian Edition)
by Stephan Timoshenko, D H Young,
Stanford University and J.V. Rao,
Bapatla Engineering College
2006 / 680 Pages
ISBN : 9780070616806
Fundamentals of Engineering
Mechanics are crucial as they are the
basics that every engineer must
understand. Sound understanding of
Mechanics is the foundation for a
successful engineer. This book on
Engineering Mechanics presents the
fundamentals of Statics and Dynamics
using the scalar approach
FEATURES
• Follows the Scalar Approach.
• SI Units
• Illustrative examples worked out in
algebraic formulae form : Numerical
data punched into the formulae
gives the answers – helps the
students in checking answers
PEDAGOGY
• 232 New Solved Examples
• 800 New Practice Problems
• 227 Review Questions
• 113 Objective Type Questions
CONTENTS
Part I: Statics
1. Introduction 2. Concurrent Forces in a
Plane 3. Parallel Forces in a Plane 4.
General Case of Forces in a Plane 5.
Force Systems in Space 6. Principles of
Virtual Work Part II: Dynamics7.
Rectilinear Translation 8. Curvilinear
Translation 9. Rotation of a Rigid Body
About a Fixed Axis 10. Plane Motion of
a Rigid Body 11. Relative Motion
Appendix I: Moments of Inertia of Plane
Figures Appendix II: Moments of Inertia
of Material Bodies Appendix III: Forced
Vibrations Appendix IV: Balancing of
Rigid Rotors
ENGINEERING MECHANICS
by A. Nelson Formerly with Aurora
Engineering College, Nalgonda
2009 / 730 Pages
ISBN : 9780070146143
Meant for the first year students of all
engineering disciplines, this book on
Engineering Mechanics covers statics
and dynamics using the vector
approach. In-depth explanations, varied
solved examples with 3-dimensional
diagrams make this a complete offering
on the subject.
FEATURES
• In SI Units
• Follows the Vector Approach
• Excellent depth of coverage:
Detailed explanations supported
with apt diagrammatic
representations in a very organized
manner render good understanding
of the subject.
• Diagrams : Illustrious 3D diagrams
help in clear understanding of the
topics
CONTENTS
1.Introduction to engineering mechanicsbasic
concepts. 2. Vector Algebra 3.
System of forces and resultant
(concurrent forces) 4. System of forces
and resultant (non concurrent forces) 5.
Equilibrium of system of forces. 6.
Friction 7. Application of friction 8. Centre
of gravity and centroid. 9. Moment of
inertia 10. Mass moment of inertia 11.
Virtual work 12. Kinematics of particles
(rectilinear motion) 13. Kinematics of
particles (curvilinear motion) 14. Kinetics
of particles 15. Work and energy 16.
Impulse and momentum 17. Kinematics
of rigid bodies 18. Kinetics of rigid bodies
19. Vibrations
ENGINEERING MECHANICS
4th Edition
by K. L. Kumar Professor & Head
Department of Design and Technology
University of Botswana, Botswana.
2010 / 675 Pages
ISBN : 9780070681811
This new edition of the book offers the
complete coverage of Engineering
Mechanics paper for the students taking
the paper on Engineering Drawing in
first year, common to all B.Tech courses
. The emphasis on Coverage, Reliance
on Figures, Abundance of Examples,
Experiment in Mechanics and use of SI
Units make the book complete and
easy-to-follow!
FEATURES
• In SI Units
• Follows Vector approach
• New concepts on ‘Beams, Shear
Force and Bending Moment’.
• 15 laboratory experiments with
relevant topics
• Hints for tutorial problems to help
the reader attempt all the problems
• Separate coverage of the principles
in Statics and Dynamics followed by
Applications
• Rich pool of pedagogy of solved
problems and students’ practice
problems needed by practicing
engineers.
• Solved Problems. 271
• Concept Review Questions
111
• Unsolved Problems. 341
• Multiple Choice Question.
115
• Experiments. 15
• Total. 853
CONTENTS
1. Engineering Mechanics. What and
Why? 2. Forces and Force Systems 3.
Equilibrium of A Particle and A Rigid 4.
Centroid, Centre of Mass and Gravity
5. Kinematics of a Particle 6. Dynamics
of a Particle and of the Mass Centre of
any System 7. Kinematics of a Rigid
Body 8. Moment of Inertia. Area and
Mass 9. Dynamics of a Rigid Body 10.
Virtual Work and Potential Energy
Principles 11. Vibrations of Simple
ENGINEERING MECHANICS
6 Visit us at www.mhhe.com www.tatamcgrawhill.com
Mechanical Systems APPENDICES
Appendix 1 Properties of Plane
Figures. (Line and Area Elements)
Appendix 2 Properties of Solid Bodies.
(Thin, solid and Hollow Bodies) Hints to
Tutorial Problems
International Edition
MECHANICS FOR ENGINEERS:
STATICS
5th Edition
by Ferdinand P. Beer, (Deceased), and
E. Russell Johnston, Jr. University of
connecticut
2008 / 480 Pages
ISBN : 9780071275347
The first book published in the Beer and
Johnston Series, Mechanics for
Engineers : Statics is a scalar-based
introductory statics text, ideally suited
for engineering technology program,s
providing first-rate treatment of rigid
bodies without vector mechanics. This
new edition provides an extensive
selection of new problem and end-ofchapter
summaries.
FEATURES
• Features precision, accuracy, and
math level appropriate for
Engineering Technology courses.
• A Mathematics Review section
helps students understand the
basics of the scalar math used in
statics & dynamics.
• Sample Problem are included to
help students work through the
solution of typical engineering
problems and prepare for the
assigned chapter homework
problems.
CONTENTS
1.Introduction 2. Statics of Particles 3.
Statics of Rigid bodies in Two
Dimensions. 4. Statics of Rigid Bodies
in Three Dinensions. 5. Distributed
Forces: Centroids and Centres of
Gravity. 6. Analysis of Structures. 7.
Forces in Beams and Cables. 8. Friction.
9. Distributed Forces : Moments of
Inertia. 10. Method of Virtual Work Index.
Answers to Even-Numbered Problems.
International Edition
MECHANICS FOR ENGINEERS:
DYNAMICS
5th Edition
by Ferdinand P. Beer, (Deceased), and
E. Russell Johnston, Jr. University of
Connecticut
2008 / 928 Pages
ISBN : 9780071275361
The first book published in the Beer and
Johnston Series, Mechanics for
Engineers : Dynamics is a scalar-based
introductory dynamics text, ideally suited
for engineering technology programs,
providing first-rate treatment of rigid
bodies without vector mechanics. This
new edition provides an extensive
selection of new problems and end-ofchapter
summaries. The text brings the
careful presentation of content,
unmatched levels of accuracy, and
attention to detail that have made Beer
and Johnston texts the standard for
excellence in engineering mechanics
education.
FEATURES
• Sample Problems are included to
help students work through the
solution of typical engineering
problems and prepare for the
assigned chapter homework
problems.
• A Mathematics Review section
helps students understand the
basics of the scalar math used in
statics & dynamics.
• Features precision, accuracy, and
math level appropriate for
Engineering Technology courses.
CONTENTS
11. Kinematics of Particles. 12. Kinetics
of Particles : Newtons Second Law. 13.
Kinetics of Particles : work and Energy.
14. Kinetics of Particles: Impulse and
Momentum. 15. Kinematics of Rigid
Bodies. 16. Kinetics of Rigid Bodies
Forces and Accelerations. 17. Kinetics
of Rigid Bodies : Work and Energy. 18.
Kinetics of Rigid Bodies: Impulse and
Momentum. 19. Mechanical Vibrations.
Appendix. Moments of Inertia in Masses.
Index. Answers to Problems.
US Edition
SCHAUM’S OUTLINE OF
ENGINEERING MECHANIC
5th Edition
by William McLean, Lafayette College;
E. W. Nelson
1998 / 480 Pages
ISBN : 9780070461932
CONTENTS
1. Vectors 2. Operations with Forces 3.
Resultants of Coplanar Force Systems
4. Resultants of Noncoplanar Force
Systems 5. Equilibrium of Coplanar
Force Systems 6. Equilibrium of
Noncoplanar Force Systems 7.
Trusses and Cables 8. Forces in
Beams 9. Friction 10. First Moments
and Centroids 11. Virtual Work 12.
Kinematics of a Particle 13. Dynamics
of a Particle 14. Kinematics of a Rigid
Body in Plane Motion
International Edition
ANALYTICAL DYNAMICS
by Haim Baruh, Rutgers University,
New Brunswick
1999 / 704 Pages
ISBN : 9780071160940 [IE]
CONTENTS
1. Introduction. 2. Basic Principles. 3.
Relative Motion. 4. Dynamics of a
System of Particles. 5. Analytical
Mechanics : Basic Concepts. 6.
Analytical Mechanics : Additional
Concepts. 7. Rigid-Body Geometry 8.
Rigid Body Kinematics. 9. Rigid Body
Dynamics : Basic Concepts. 10. Rigid
Body Dynamics : Advanced Concepts.
11. Qualitative Analysis of Rigid Body
Motion. 12. Dynamics of Lightly Flexible
Bodies. Appendices : Chapter A : A
History of Mechanics. Chapter B :
Concepts from the Calculus of
Variations. Chapter C : Common Mass
Moments of Inertia.
ENGINEERING MECHANICS
Visit us at www.mhhe.com www.tatamcgrawhill.com 7
STRENGTH OF MATERIALS /
MATERIAL SCIENCE
STRENGTH OF MATERIALS
2nd Edition
by S S Rattan, Professor and Head,
Mechanical Engineering Department,
National Institute of Technology,
Kurukshetra
2011 / 733 Pages
ISBN : 9780071072564
This book is intended for an
undergraduate course on Strength of
Materials. Each chapter is written in a
simple, crisp and logical way, with
gradual build-up of concepts. The
language is lucid and easy to
understand, yet precisely scientific.
Theoretical explanations and
mathematical derivations are supported
with well-labeled and clear figures along
with systematically solved examples to
enhance the understanding of the
concepts.
KEY FEATURES
• New chapter on Theories of Failure
• Enhanced coverage of Stress and
Strain, and Beams
• More than 100 new solved
examples and 65 numerical
problems
• Summary at the end of each
chapter
• Rich pedagogy including
• Over 540 illustrations
• 440 Solved Examples
• 220 Objective Type Questions
• 175 Review Questions
• 210 Problems
CONTENTS
1. Simple Stress and Strain 2.
Compound Stress and Strain 3. Strain
Energy 4. Shear Force and Bending
Moment 5. Bending Stress in Beams 6.
Shear Stress in Beams 7. Slope and
Deflection 8. Fixed and Continuous
Beams 9. Bending of Curved Bars 10.
Torsion 11. Springs 12. Columns and
Struts 13. Cylinders and Spheres 14.
Rotating Discs and Cylinders 15.
Theories of Failure 16. Circular Plates
17. Plastic Bending and Torsion 18.
Plane Frame Structures 19. Properties
and Testing of Materials
MECHANICS OF MATERIALS
5th Edition
(SI Units)
(Special Indian Edition)
by Ferdinand P. Beer, Late of Lehigh
University; E. Russell Johnston, , Jr.
University of Connecticut; John T.
Dewolf, University of Connecticut;
David F. Mazurek, United States Coast
Guard Academy
2009 / 804 Pages
ISBN : 9780070153899
The fifth edition of Beer,Johnston,
DeWolf, and Mazurek’s Mechanics of
Materials maintains the spirit of its
successful previous editions that have
made this book standard in solid
mechanics for over two decades. It
provides a precise presentation of
subject illustrated with numerous
engineering examples that help the
students easily understand and related
to theory and applications.
FEATURES
• Exhaustive exposure to the analysis
of the stresses and corresponding
deformations in various structural
members
• Liberal use of free-body diagrams to
determine external and internal
forces
• Unique style of presentation
portrays a rare combination of
scientific language, appropriate
mathematical descriptions with
logical flow of topics
• Computer problemsat the end of
each chapter.
• Rich pool of pedagogy includes
• 176 Solved problems
• 1498 Exercise problems
• 72 Computer problems
• 1686 Figures
CONTENTS
1. Introduction – Concept of Stress 2.
Stress and Strain – Axial Loading 3.
Torsion 4. Pure Bending 5. Analysis
and Design of Beams for Bending 6.
Shearing Stresses in Beams and Thin
– Walled Members 7. Transformers of
stress and Strain 8. Principal Stresses
under Given Loading Conditions 9.
Deflection of Beams 10. Columns 11.
Energy Methods
ADVANCED MECHANICS
OF SOLIDS
3rd Edition
by L.S. Srinath, Formerly Director
Indian Institute of Technology, Madras,
Chennai
2008 / 524 Pages
ISBN : 9780070262126
This comprehensive text on Mechanics
of Deformable Solids provides a firm
understanding of the subject after an
introductory course on Strength of
Materials. In-depth treatment of stress
and strain analysis, applications of
various strain energy theorems, thermal
stresses, composites, stress
concentration and make this book a
unique offering on this subject.
FEATURES
• Clear concepts of the states of
stress and strain at a point and
methods to determine their principal
values
• Exhaustive treatment of energy
methods covering theorems of
castigliano, Virtual work, Kirchoff,
Menabrea, Least work, and
Engesser
• Torsion of multiple cell sections and
shafts with and without holes
NEW SECTIONS ON
• Stress concentration
• Fracture Mechanics
CONTENTS
1. Analysis of Stress 2. Analysis of Strain
3. Stress-Strain Relations for Linearly
Elastic Solids 4. Theories of Failure or
Yield Criteria and Introduction to Ideally
Plastic Solid 5. Energy Methods 6.
STRENGTH OF MATERIALS / MATERIAL SCIENCE
8 Visit us at www.mhhe.com www.tatamcgrawhill.com
Bending of Beams 7. Torsion 8.
Axisymmetric Problems 9. Thermal
Stresses 10. Elastic Stability 11.
Introduction to Composite Materials
AN INTRODUCTION TO
MECHANICS OF SOLIDS
3rd Edition
by Stephen H. Crandall, Depart-ment
of Mechanical Engineering,
Massachusetts Institute of Technology;
Norman C. Dahl, Department
of Mechanical Engineering,
Massachusetts Institute of Technology;
Thomas J. Lardner, Department of
Mechanical Engineering, Massachusetts
Institute of Technology; M S
Sivakumar, Professor, Department of
Applied Mechanics, IIT Madras,
Chennai
2012 / 592 Pages
ISBN : 9780071070034
This text is based on the understanding
and application of three fundamental
physical consideration which govern the
mechanics of solids in equilibrium. All
the discussion and theoretical
development is explicitly related to these
three basic considerations. This
approach brings in unity to an
elementary presentation of the subject.
It puts considerable emphasis has been
put on the process of constructing
idealized models to represent actual
physical situations.
FEATURES
• Completely SI Metricated.
• Every topic has been linked to the
fundamental principles of strength of
materials.
• The introduction of tensor concept
at the initial level is unique to the
book.
• The book starts with all crude
approximations and goes on
removing them one by one leading
to a more realistic picture of the
concept in mind.
• Solved Examples and Numerical
Problems contain variety of
situations ranging from biology to
the design of nuclear-reactor
containment vessels in order to
depict the application of theoretical
concepts to real world problems.
• Web Supplements: Solution Manual
for Instructors
CONTENTS
1. Fundamental Principles of Mechanics
2. Introduction to Mechanics of
Deformable Bodies 3. Forces and
Moments Transmitted by Slender
Members 4. Stress and Strain 5. Stress-
Strain-Temperature Relations 6. Torsion
7. Stresses due to Bending 8. Deflection
due to Bending 9. Stability of Equilibrium:
Buckling
STRENGTH OF MATERIALS
5th Edition
(Special Indian Edition)
(Schaum’s Outlines Series)
by William A. Nash, Professor of Civil
Engineering, University of
Massachusetts Nilanjan Malik,
Assistant Professor, Department of
Mechanical Engineering, Institute of
Technology, Banaras Hindu University,
Varanasi
2010 / 592 Pages
ISBN : 9780070700338
The book is designed to provide worked
examples and develop the problem
solving skills of students. It has been
comprehensively revised in order to
meet the needs of present day
examination pattern of universities and
competitive examinations. The
presentation passes from elementary to
more complex cases for a variety of
structural elements subject to practical
conditions of loading and support.
FEATURES
• New Topics on Defletion of Beams,
Stresses and Strains, Columns,
Strain Energy Method and Springs
in Eleastic Beam Theory have been
included.
• Complete offering on Strength of
Materials.
• Step by Step Approach followed for
all the solved examples.
• Inclusion of Solved Conceptual
Questions.
• Answers are provided alongside
Supplementary Problems.
• Enhanced Pedagogical features:
• Solved Examples. 493
• Conceptual Questions. 248
• Supplementary Problems. 335
• Total 1076
CONTENTS
1. Centroids, Moments of Inertia and
Product of Inertia of Plane Areas 2.
Moments of Inertia of Material Bodies
3. Tension and Compression 4.
Statically Indeterminate Force Systems
in Torsion and Compression 5. Direct
Sheer Stress 6. Torsion 7. Biaxial
Stress, Combined Stress and general
Stake of Stress 8. Thin Walled
Pressure Vessels 9.Thick Walled
Pressure vessels10. Shearing Force
and Bending Moment 1• E l a s t i c
Deflection of Beams:Double Integration
Method 12. Elastic Deflection of
Beams. Method of Singularity
Functions 13. Statically Indeterminate
Elastic Beams 14. Stress in Beams 15.
Special Topics in in Elastic Beam
Theory 16. Plastic Deformation of
Beams 17. Columns 18. Strain Energy
Methods 19. Members Subjected to
Combined Loadings 20. Experimental
Determination of Stress and Strain
21.Introduction to Theory of Elasticity
International Edition
MECHANICS OF MATERIALS
by Ansel Ugural, New Jersey Institute
of Technology
1991 / 441 Pages
ISBN : 9780071009737
CONTENTS
1. Fundamental Principles 2. Concept of
Stress 3. Strain and Material Relations
4. Analysis of Stress and Strain 5. Axially
Loaded Members 6. Torsion 7. Stresses
in Beams 8. Combined Stresses 9.
Deflection of Beams by Integration 10.
STRENGTH OF MATERIALS / MATERIAL SCIENCE
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Deflection of Beams by Special Methods
11. Strain Energy for a General State of
Stress 12. Inelastic Behavior 13.
Buckling of Columns / Appendixes A
Moments of Areas / B Tables / C How to
Use the Interactive Software
STRENGTH OF MATERIALS
(Sigma Series)
by L.S. Negi, Principal Gurunanak Dev
Polytechnic Rohini, Delhi.
2007 / 460 Pages
ISBN : 9780070634596
Based on the problems and solutions
approach, this book on strength of
Materials presents the fundamentals
and concepts in a simple manner with
step-by-step solution of varied
examples. The large number of practice
problems will facilitate honing of the
problem solving skills.
FEATURES
• Fundamental concepts of stress and
stain including 3D state of stress
and strain are presented.
• Stress and strain analysis are given
using the matrix formulations.
• Computer programs for analysis of
stress/strains, BM & SF Analysis,
second moment of area and
pressure vessels are given.
• Special coverage on the following
topics is given :
• Generalized Hooke’s law
• Strain displacement relations in
polar co-ordinates
• Analysis of stress and strain by
matrices
• Torsion of non-circular and thin
sections
• Partial end constraints in
compression members
• Theories of failure
• Toroidal shells
CONTENTS
1. Stress and Strain 2. Analysis of
Stresses 3. Analysis of Strains 4.
Torsion 5. Shearing Force and Bending
Moment 6. Centroid, Second Moment of
Area and Product Moment of Area 7.
Stresses in Beams 8. Trusses 9.
Compression Members 10. Combined
Direct and Bending Stress 11. Theories
of Failure 12. Deflection – Geometrical
Methods 13. Thin Shell 14. Thick Walled
Cylinder 15. Plastic Theory of Structures
16. Springs.
STRENGTH OF MATERIALS
by B.K. Sarkar, Formerly with Malda
Polytechnic
2003 / 403 Pages
ISBN : 9780070494848
CONTENTS
1. Centre Of Gravity 2. Moment of Inertia
3. Stresses and Strains 4. Shearing
Force and Bending Moment 5. Bending
Stresses in Beams 6. Slope and
Deflection 7. Torsion 8. Springs 9.
Columns and Struts 10. Analysis of
Framed Structures 11. Combined Direct
and Bending Stresses 12. Propped
Cantilever 13. Shear Stress in Beams
14. Dams and Retaining Walls 15. Thin
Cylindrical Shell 16. Riveted Joints 17.
Welded Joints Index
MATERIAL SCIENCE
by M. Vijaya & G. Rangarajan
2004 / 612 Pages
ISBN : 9780070534698
CONTENTS
1. Crystal Structure and Chemical Bonds
2. Imperfections in Crystals 3. Diffusion
in Solids 4. Phase Equilibrium and Phase
Transformation 5. Mechanical Properties
of Materials 6. Lattice Vibrations and
Thermal Properties of Materials 7.
Electronics in Solids 8. Semiconductors
9. Semiconductor Devices 10.
Superconductors 11. Dielectric Materials
12. Magnetic Properties of Materials 13.
Optical Properties of Materials 14.
Modern Materials – A Brief Introduction
Appendices A: Point Groups
Appendices B: Two Dimensional
Bravais Lattices Appendices C:
Quantum Mechanics Appendices D:
Electromagnetic Theory Appendices E:
Error Function Appendices F: Periodic
Table of Elements Appendices G:
Physical Constants Bibliography / Index.
STRUCTURE AND PROPERTIES OF
ENGINEERING MATERIALS
by V. S. R. Murthy, IIT Kanpur; Jena,
Gupta & Murty
2002 / 582 Pages
ISBN : 9780070482876
CONTENTS
1. Importance of Materials in Engineering
2. Cohesion between atoms 3. Structure
of Crystalline Solids 4. Defects in
Crystals 5. Structure of Noncrystalline
Solids 6. Multiphase Structures 7.
Structural Modifications 8. Mechanical
Behaviour 9. Control of Mechanical
Behaviour 10. Electronic Properties of
Materials 11. Electrical Properties of
Materials 12. Magnetic Properties of
Materials 13. Thermal and Optical
Properties of Materials 14. Composite
Materials 15. Materials Degradation and
its Prevention Appendix I: Selected
Properties of the Elements Appendix II:
Polymer Structures Appendix III:
Thermodynamics of Solid Solutions
Appendix IV: Schrodinger Equation is a
Wave Equation Appendix V: Solution of
Schrodinger Wave Equation and
Normalisation of a Wave Function
Appendix VI: General Procedure for
Solution of ‘Particle in a Box’ Problem
Appendix VII: Magnetic Units Index
US Edition
STATICS AND MECHANICS OF
MATERIALS
By Ferdinand P Beer (deceased), E
Russell Johnston & John T DeWolf of
University of Connecticut and David
Mazurek, US Coast Guard Academy
2010 / 800 Pages
ISBN : 9780073380155
The approach of the Beer and Johnston
texts has been utilized by hundreds of
thousands of students over decades of
engineering education. The Statics and
STRENGTH OF MATERIALS / MATERIAL SCIENCE
10 Visit us at www.mhhe.com www.tatamcgrawhill.com
Mechanics of Materials text uses this
proven methodology in a new book
aimed at programs that teach these two
subjects together or as a two-semester
sequence. Maintaining the proven
methodology and pedagogy of their
other textbooks, Beer and Johnston’s
Statics and Mechanics of Materials
combines the theory and application
behind these two subjects into one
cohesive text. A wealth of problems,
Beer and Johnston’s hallmark Sample
Problems, and valuable Review and
Summary sections at the end of each
highlight the key pedagogy of the text.
FEATURES
• Review and Summary Sections at
the end of each provide students
with a valuable study tool.
Reviewers found these reviews to
be one of the strongest features of
the text and the best available in the
market.
• A careful, step-by-step presentation
is followed in each lesson of each
chapter; every is organized as
follows. a introduction with a outline
previewing what will be covered in
each lesson. After each lesson there
are 1-4 Sample Problems (set up to
serve as a model for student
solutions) followed by the lesson’s
problem set. At the end of each
students find a Review and
• Summary section with notes for
review and examples and cross
references to key sections. The
concludes with a Review Problem
section that ties together several
concepts from that chapter.
CONTENTS
1. Introduction 2. Statics of Particles 3.
Rigid Bodies. Equivalent Systems of
Forces 4. Equilibrium of Rigid Bodies 5.
Distributed Forces. Centroids and
Centers of Gravity 6. Analysis of
Structures 7. Distributed Forces.
Moments of Inertia 8. Concepts of
Stress 9. Stress and Strain. Axial
Loading 10. Torsion 11. Pure Bending
12. Analysis and Design of Beams for
Bending 13. Shearing Stresses in
Beams and Thin-Walled Members 14.
Transformations of Stress 15.
Deflection of Beam 16. Columns
Appendices A. Typical Properties of
Selected Materials Used in Engineering
B. Properties of Rolled-Steel Shapes C.
Beam Deflections and Slopes Photo
Credits Index Answers to Problems
International Edition
PROPERTIES OF GAS AND LIQUIDS
5th Edition
by Bruce E. Poling, John M Prausnitz,
University of California, Berkeley John
O’Connell
2008 / 768 Pages
ISBN : 9780071189712
CONTENTS
Chapter 1. The Estimation of Physical
Properties Chapter 2. Pure Component
Constants Chapter 3. Thermodynamic
Properties of Ideal Gases Chapter 4.
Pressure-Volume-Temperature
Relationships of Pure Gases and Liquids
Chapter 5. Pressure-Volume-
Temperature Relationships of Mixtures
Chapter 6. Thermodynamic Properties of
Pure Components and Mixtures Chapter
7. Vapor Pressures and Enthalpies of
Vaporization of Pure Fluids Chapter 8.
Fluid Phase Equilibria in Multicomponent
Systems Chapter 9. Viscosity Chapter
10. Thermal Conductivity Chapter 11.
Diffusion Coefficients Chapter 12.
Surface Tension
MATERIAL SCIENCE
by G. Narula, Indian Institute of
Technology, Delhi; V. Gupta Delhi
College of Engineering
2004 / 404 Pages
ISBN : 9780074517963
CONTENTS
1. Introduction. 2. Atomic Structure and
Electronic Configuration. 3. Crystal
Geometry and Structure. 4. Bonds in
Solids. 5. Crystal Imperfection. 6. X-rays.
7. Diffusion in Solids. 8. Deformation of
Materials. 9. Theory of Alloys :
Constitution and Equilibrium Diagrams.
10. Phase Transformations. 11. Heat
Treatment. 12. Organic Materials. 13.
Electrical and Magnetic Properties of
Materials. 14. Corrosion. 15. Mechanical
Properties. 16. Photoelectric Effect. 17.
Powder Metallurgy. 18. Electron Theory
of Metals.
INTRODUCTION TO ENGINEERING
MATERIALS
by B. Agarwal, IIT, Mumbai
1988 / 364 Pages
ISBN : 9780074515051
CONTENTS
1. Classification and Properties of
Materials. 2. The Structure of Materials.
3. Equilibrium Diagrams. 4. Plain Carbon
and Alloy Steels. 5. Heat Treatment of
Steel. 6. Case Hardening of Steel. 7. Tool
Steels. 8. Stainless Steels and High
Temperature Alloys. 9. Cast Irons. 10.
Copper and its Alloys. 11. Light Metals
and their Alloys. 12. Nickel, Tin, Lead,
Zinc and Bearing Materials. 13.
Ceramics. 14. Polymers. 15.
Composites. 16. Non-Destructive Testing
and Inspection. 17. Macro-and Micro-
Examination of Metals.
ADVANCED STRENGTH AND
APPLIED STRESS ANALYSIS
2nd Edition
by Richard Budynas, Rochester
Institute of Technology
2011 / 720 Pages
ISBN : 9780071160995
CONTENTS
Chapter 1. Basic Concepts of Force,
Stress, Strain, and Displacement
Chapter 2. Stress and Strain.
Transformations, Equilibrium, and
Compatibility. Chapter 3. Fundamental
Formulations of Stress, Strain, and
Deflection. Chapter 4. Concepts from the
Theory of Elasticity. Chapter 5. Topics
from Advanced Mechanics of Materials.
Chapter 6. Energy Techniques in Stress
Analysis. Chapter 7. Strength Theories
and Design Methods. Chapter 8.
Experimental Stress Analysis. Chapter
9. Introduction to the Finite Element
STRENGTH OF MATERIALS / MATERIAL SCIENCE
Visit us at www.mhhe.com www.tatamcgrawhill.com 11
Method. Chapter 10. Finite Element
Modeling Techniques. Appendix A SI and
USCU Conversions. Appendix B
Properties of Cross Sections. Appendix
C Beams in Bending. Appendix D
Singularity Functions. Appendix E
Principal Second-area Moments.
Appendix F Stress Con-centration
Factors. Appendix G Strain Gage
Rosette Equations. Appendix H
Corrections for Transverse Sensitivity of
Strain. Appendix I Matrix Algebra and
Cartesian Tensors.
International Edition
STATICS AND STRENGTH
OF MATERIALS
2nd Edition
by Fa-Hwa Cheng
2008 / 816 Pages
ISBN : 9780071156660
CONTENTS
• Fundamental Concepts and Principles
• Resultant of Coplanar Force Systems
• Equilibrium of Coplanar Force Systems
• Analysis of Structures • Friction •
Concurrent Spatial Force Systems •
Center of Gravity and Centroids • Area
Moments of Inertia • Simple Stresses •
Strains • Mechanical Properties of
Materials • Torsion of Circular Shafts •
Shear Forces and Bending Moments in
Beams • Stresses in Beams • Design of
Beams for Strength • Defl ections of
Beams • Statically Indeterminate Beams
• Combined Stresses • Columns •
Connections
MATERIALS SCIENCE AND
ENGINEERING
4th Edition
(Special Indian Edition)
by William F. Smith, Professor
Emeritus of Engineering University of
Central, Florida; Javad Hashemi,
Professor of Mechanical Engineering,
Texas Tech University; Ravi Prakash,
Professor & Head of Mechanical
Engineering, B.I.T.S Pilani
2008 / 968 Pages
ISBN : 9780070667174
Materials Science and Engineering,
fourth edition provides an eminently
readable and understandable overview
of engineering materials for
undergraduate students. Through
concise explanations, numerous
worked-out examples, a wealth of
illustrations and photographs, and
online resources, the new edition
provides the most student-friendly
introduction to the science &
engineering of materials.
FEATURES
• In SI units
• Focused coverage on modern
material science topics including
nanotechnology, biomedical
engineering, and semiconductors
• Materials selection and design
problems in each chapter relate
concepts to engineering practice
• ‘Chapter Openers’ give readers a
sense of how engineers use
concepts in the real world
EXCELLENT PEDAGOGY INCLUDES
• 1284 Exercise problems
• 143 Solved examples
• 184 Materials selection and design
problems
• 104 Objective type questions
CONTENTS
1. Introduction to Materials Science and
Engineering 2. Atomic Structure and
Bonding 3. Crystal and Amorphous
Structures in Materials 4. Solidification,
Crystalline Imperfections 5. Thermally
Activated Processes and Diffusion in
Solids 6. Mechanical Properties of
Metals I 7. Mechanical Properties of
Metals II 8. Phase Diagrams 9.
Engineering Alloys 10. Polymeric
Materials 11. Ceramics 12. Composite
Materials 13. Corrosion 14. Electrical
Properties of Materials
US Edition
FOUNDATIONS OF MATERIALS
SCIENCE AND ENGINEERING
(SI Units)
5th Edition
by William F. Smith, University of
Central Florida; Javad Hashemi, Texas
Tech University
2010 / 1056 Pages
ISBN : 9780071311144
Smith/Hashemi's Foundations of
Materials Science and Engineering, 5/e
provides an eminently readable and
understandable overview of engineering
materials for undergraduate students.
This edition offers a fully revised
chemistry chapter and a new chapter on
biomaterials. Through concise
explanations, numerous worked-out
examples, a wealth of illustrations &
photos, and a brand new set of online
resources, the new edition provides the
most student-friendly introduction to the
science & engineering of materials.
FEATURES
• Fully revised Chemistry chapter and
new material on Biomaterials.
• New/revised problems throughout.
CONTENTS
1. Introduction to Materials Science and
Engineering 2. Atomic Structure and
Bonding 3. Crystal and Amorphous
Structures in Materials 4. Solidification,
Crystalline Imperfections 5. Thermally
Activated Processes and Diffusion in
Solids 6. Mechanical Properties of
Metals I 7. Mechanical Properties of
Metals II 8. Phase Diagrams 9.
Engineering Alloys 10. Polymeric
Materials 11. Ceramics 12. Composite
Materials 13. Corrosion 14. Electrical
Properties of Materials 15. Optical
Properties and Superconductive
STRENGTH OF MATERIALS / MATERIAL SCIENCE
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Materials 16. Magnetic Properties 17.
Biological and Biomaterials
SOLID MECHANICS
Revised 1st Edition
by S.M.A. Kazimi, Indian Institute of
Technology
2004 / 468 Pages
ISBN : 9780074517154
CONTENTS
Introduction. PART A (General
Analysis) 1. Deformable Bodies (Basic
Concepts : Mechanical Properties)
2. Analysis of Stresses (Equilibrium).
3. Analysis of Strains (Compatibility).
4. Stress-Strain Relations. PART B
(Particular Analysis) 5. Uniaxial
Deformations 6. Torsion : Including Non-
Circular Sections. 7. Beams and
Bending. 8. Stability of Equilibrium -
Columns. 9. Combined Stresses. 10.
Introduction to Energy Methods.
International Edition
STRUCTURES AND PROPERTIES
OF ENGINEERING MATERIALS
5th Edition
by Daniel Henkel, and Alan Pense,
Lehigh University
2001 / 464 Pages
ISBN : 9780071201346
CONTENTS
Section I: Introductory Materials
Concepts. 1. Structure of Materials.
2. Failure of Materials. 3. Solid Solution
Strengthening. 4. Deformation
Hardening and Annealing. 5. Multiphase
Strengthening. Section II: (continued).
6. Precipitation Hardening. 7. Martensitic
Transformation. Section III: Metallic
Materials Engineering. 8. Low Carbon
Steels. 9. Medium Carbon Steels. 10.
High Carbon Steels. 11. Stainless Steels.
12. Cast Irons. 13. Aluminum Alloys. 14.
Copper and Copper Alloys. 15.
Magnesium Alloys. 16. Titanium Alloys.
17. Metals for High Temperature Service.
Section IV: Nonmetallic Materials and
Composites Engineering. 18.
Engineering Polymers. 19. Ceramics and
Glasses. 20. Composite Materials.
International Edition
INTERMEDIATE MECHANICS
OF MATERIALS
by James R. Barber, University of
Michigan, Ann Arbor
2001 / 608 Pages
ISBN : 9780071181471
CONTENTS
1. Introduction. 2. Material Behavior and
Failure. 3. Energy Methods. 4.
Unsymmetrical Bending. 5. Elastic-
Plastic Bending. 6. Shear and Torsion of
Thin-Walled Beams. 7. Membrane
Stresses in Axisymmetric Shells. 8.
Beams On Elastic Foundations. 9.
Axisymmetric Bending of Cylindrical
Shells. 10. Thick Walled Cylinders and
Disks. 11. Curved Beams. 12. Elastic
Stability. A The Finite Element Method.
B Properties of Areas. C Stress
Concentration Factors.
U.S. Edition
SCHAUM’S OUTLINE OF STATICS
AND STRENGTH OF MATERIALS
by John Jackson, Vermont Technical
College; Harold Wirtz, Vermont
Technical College
1983 / 416 Pages
ISBN : 9780070321212
METALLURGY
INTRODUCTION TO
PHYSICAL METALLURGY
2nd Edition
by Sidney Avner
1998 / 696 Pages
ISBN : 9780074630068
CONTENTS
Introduction 1. Tools of the Metallur gist
2. Metal Structure and Crystallization 3.
Plastic Deformation 4. Annealing and Hot
Working 5. Constitution of Alloys 6.
Phase Diagrams 7. The Iron-Iron
Carbide Equilibrium Diagrams 8. The
Heat Treatment of Steel 9. Alloy Steels
10. Tool Steels 11. Cast Iron 12.
Nonferrous Metals and Alloys 13. Metals
at High and Low Tempratures 14. Wear
of Metals 15. Corrosion of Metals 16.
Powder Metallurgy 17. Failure Analysis /
Appendixes / Glossary / Index
International Edition
MECHANICAL METALLURGY
3rd Edition
by George Dieter, University of
Maryland
1986 / 800 Pages
ISBN : 9780071004060
[IE, SI Metric Edition]
CORROSION ENGINEERING
3rd Edition
by Mars Fontana, deceased
1986 / 512 Pages
ISBN : 9780070607446
STRENGTH OF MATERIALS / MATERIAL SCIENCE • METALLURGY
Visit us at www.mhhe.com www.tatamcgrawhill.com 13
ENGINEERING MATERIALS AND
METALLURGY
by R. Srinivasan, RVS College of
Engineering & Technology, Dindigul
2009 / 466 pages
ISBN : 9780070672819
This textbook provides a basic
understanding of the structure,
properties and applications of
engineering materials. Its broad topical
coverage provides a thorough overview
of the fundamentals of the subject. This
student-friendly book would serve as a
valuable self-study for students of
various engineering disciplines.
FEATURES
• Simple and easy writing style
• Detailed coverage of topics on
Metals, Polymers, Ceramics and
Composites
• Numerous figures to the chapter
‘Heat Treatment’
• Chapter-end questions in
accordance with the examination
pattern
• Two-mark questions with answers
CONTENTS
1. Introduction 2. Structure of Materials
3. Alloys and Phase Diagrams 4. Iron-
Iron Carbide Equilibrium Diagram and
Plain Carbon Steels 5. Heat Treatment
of Steels 6. Alloy Steels 7. Cast Irons 8.
Non-ferrous Alloys 9. Plastic Deforma
tion and Fracture of Metals 10. Polymers
11. Ceramics 12. Composites 13.
Mechanical Testing of Materials
TESTING OF METALS
by Alok Nayar, Alok Nayar is chief
manager (metallurgy) at the R & D
Centre, Escorts Limited, Faridabad,
India. He holds a B Tech (Hons.)
2004 / 350 Pages
ISBN : 9780070581647
FLUID MECHANICS
INTRODUCTION TO FLUID
MECHANICS AND FLUID MACHINES
3rd Edition
By S K Som, Professor, Department of
Mechanical Engineering, Indian Institute
of Technology, Kharagpur;
G. Biswas, Director and J C Bose
National Fellow, CSIR-Central
Mechanical Engineering Research
Institute, Durgapur; S. Chakraborty,
Professor, Department of Mechanical ,
Engineering, Indian Institute of
Technology, Kharagpur
2011 / 778 Pages
ISBN : 9780071329194
The book provides a well-balanced
coverage of physical concepts,
mathematical operations and practical
demonstrations within the scope of Fluid
Mechanics. The text provides a highly
intuitive and practical understanding of
the topics by emphasizing the physics
and the underlying physical phenomena
involved. The concepts have been
presented in an unambiguous, precise
and to the point manner.
FEATURES
• The book is an ideal offering for
the complete course of Fluid
Mechanics.
• Complete coverage of Fluid
Kinematics, Boundary Layer,
Turbulent Flows, Unsteady and
Compressible Flows.
• Enhanced coverage of Reynolds
Transport Theorem, Bernoullis’s
Equation and Navier Stokes
Equation.
• An excellent selection of worked-out
examples and exercise problems
especially chosen to explain the
nuances of basic principles.
• Excellent Pedagogy:Total: 507
• Solved Examples: 205
• Exercises: 235
• MCQs 67
CONTENTS
1. Introduction and Fundamental
Concepts 2. Fluid under Rest/Rigid
Body Motion 3. Kinematics of Fluid Flow
4. Dynamics of Inviscid Flows:
Fundamentals and Applications 5.
Integral Forms of Conservation
Equations 6. Principles of Physical
similarity and Dimensional Analysis 7.
Flow of Ideal Fluids 8. Dynamics of
Viscous Flows 9. Laminar Boundary
Layers 10. Turbulent Flows 11. Viscous
Flows Through Pipes 12. Flows with a
Free Surface 13. Applications of
Unsteady Flows 14. Compressible Flow
15. Principles of Fluid Machines 16.
Compressors, Fans and Blowers
FLUID MECHANICS
FUNDAMENTALS AND
APPLICATIONS
2nd Edition
(Special Indian Edition)
by Yunus A. Cengel, Department of
Mechanical Engineering University of
Nevada, Reno John M. Cimbala,
Department of Mechanical and Nuclear
Engineering The Pennsylvania State
University
2010 / 1012 Pages
ISBN : 9780070700345
The second edition of the text
communicates directly with tomorrow’s
engineers in a simple yet precise
manner. The text covers the basic
principles and equations of fluid
mechanics in the context of numerous
and diverse real-world engineering
examples. The text helps students
develop an intuitive understanding of
fluid mechanics by emphasizing the
physical underpinning of processes and
by utilizing numerous informative
figures, photographs, and other visual
aids to reinforce the basic concepts.
FEATURES
• Topic Flexibility to facilitate different
approaches to the course.
• on Computational Fluid Dynamics
introducing students to the
capabilities and limitations of CFD
as an engineering tool.
• Visual Nature of Fluid Mechanics
METALLURGY • FLUID MECHANICS
14 Visit us at www.mhhe.com www.tatamcgrawhill.com
accentuated by apt illustrations and
photographs.
• Application Spotlights highlighting
current research designed to show
the diverse applications of fluid
mechanics in a wide variety of
fields.
• Physical Intuition to help students
develop a sense of the underlying
physical mechanisms and a
mastery of solving practical
problems.
• Pedagogical Highlights.
• Solved Examples follow an
intuitive and systematic
approach.
• The end Exercises consist of
• types of problems titled as:
• Problems
• Review Problems
• Design and Essay
• Problems are grouped under
specific topics, within each group of
problems, there are Concept
Questions, indicated by “”C”” to
check students’ level of
understanding of basic concepts.
• Review Problems are more
comprehensive in nature require
review of material learned in
previous chapters.
• Design and Essay are intended to
encourage students to make
engineering judgments, to conduct
independent exploration of topics of
interest, and to communicate their
findings in a professional manner.
• In all the above 3 types of exercise
problems, there are problems
marked
• Pedagogy:
• Solved Examples. 164
• Exercises. 1915
• Total. 2079"
CONTENTS
1. Introduction and Basic Concepts 2.
Properties of Fluids 3. Pressure and
Fluid Statics 4. Fluid Kinematics 5.
Mass, Bernoulli, and Energy Equations
6. Momentum Analysis of Flow
Systems 7. Dimensional Analysis and
Modeling 8. Internal Flow 9. Differential
Analysis of Fluid Flow 10. Approximate
Solutions of the Navier-Stokes
Equation 11. External Flow. Drag and
Lift 12. Compressible Flow 13. Open-
Channel Flow 14. Turbomachinery 15.
Introduction to Computational Fluid
Dynamics
FLUID MECHANICS
7th Edition
(Special Indian Edition)
(SI Units)
by Frank M. White, University of Rhode
Island-Kingston
2011 / 896 Pages
ISBN : 9780071311212
The seventh edition of White’s Fluid
Mechanics offers students a clear and
comprehensive presentation of the
material that demonstrates the
progression from physical concepts to
engineering applications and helps
students quickly see the practical
importance of fluid mechanics
fundamentals. The wide variety of topics
gives instructors many options for their
course and is a useful resource to
students long after graduation. The
book’s unique problem-solving approach
is presented at the start of the book and
carefully integrated in all examples.
Students can progress from general
ones to those involving design, multiple
steps and computer usage.
NEW TO THIS EDITION
• Bernoulli presentation was revised
and moved to partner with linear
momentum.
• New material on microflow concepts
have been added.
• Over 200 new problems have been
added through out the text.
• Stimulating new contemporary
examples, such as a flying car, kitedriven
ships, a vehicle driven by a
wind turbine, the Trans-Alaska
Pipeline, and Rocket Man’s wings.
• Each group of problem assignments
has a subheading explaining the
topic.
CONTENTS
1. Introduction 2. Pressure Distribution
in a Fluid 3. Integral Relations for a
Control Volume 4. Differential Relations
for Fluid Flow 5. Dimensional Analysis
and Similarity 6. Viscous Flow in Ducts
7. Flow Past Immersed Bodies 8.
Potential Flow and Computational
Fluid Dynamics 9. Compressible
Flow 10. Open-Channel Flow 11.
Turbomachinery
FLUID MECHANICS WITH
ENGINEERING APPLICATIONS
10th Edition
by E. John Finnemore (Santa Clara
University); Joseph Franzini (Stanford
University)
2011
ISBN : 9781259002274
This book is for civil engineers that
teaches fluid mechanics both within
their discipline and as a service course
to mechanical engineering students. As
with all previous editions the 10th edition
is extraordinarily accurate, and its
coverage of open channel flow and
transport is superior. There is a broader
coverage of all topics in this edition of
Fluid Mechanics with Engineering
Applications.
NEW TO THIS EDITION…
• An increased number of exercises
and problems (1354 total)
• 110 figures added to help present
exercises, problems and solutions
• Numerous challenging problems
that can optionally be solved with
computers and programmable
calculators
• New sample solutions use Excel,
MathCAD and the HP-48G
CONTENTS
1. Introduction 2. Properties of Fluids 3.
Fluid Statics 4. Basics of Fluid Flow 5.
Energy in Steady Flow 6. Momentum
and Forces in Fluid Flow 7. Similitude
and Dimensional Analysis 8. Steady
Incompressible Flow in Pressure
Conduits 9. Forces on Immersed
Bodies 10. Steady Flow in Open
Channels 11. Fluid Measurement 12.
Unsteady-Flow Problems 13. Steady
FLUID MECHANICS
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Flow of Compressible Fluids 14. Ideal
Flow Mathematics 15. Hydraulic
Machinery - Pumps 16. Hydraulic
Machinery - Turbines Appendix AFluid
and Geometric Properties
Appendix B- Equations in Fluid
Mechanics Appendix C- Programming
and Computer Applications Appendix
D- Examples of Using Solvers
FLUID MECHANICS AND
HYDRAULICS
3rd Edition
(Schaum’s Outline Series)
by Ronald V. Giles, Drexel Institute of
Technology; Jack Evett, University of
North Carolina, Charlotte; Cheng Liu,
University of North Carolina, Charlotte
2011 / 408 Pages
ISBN : 9780071321280
Confusing Textbooks? Missed
Lectures? Not Enough Time?
Fortunately for you, there's Schaum's
Outlines. More than 40 million students
have trusted Schaum's to help them
succeed in the classroom and on
exams. Schaum's is the key to faster
learning and higher grades in every
subject. Each Outline presents all the
essential course information in an easyto-
follow, topic-by-topic format. You also
get hundreds of examples, solved
problems, and practice exercises to test
your skills.
This Schaum's Outline gives you
• Practice problems with full
explanations that reinforce
knowledge
• Coverage of the most up-to-date
developments in your course field
• In-depth review of practices and
applications
CONTENTS
1. Properties of Fluids 2. Fluid Statics
3. Hydrostatic Force on Surfaces 4.
Bouyancy and Flotation 5. Translation
and Rotation of Liquid Masses 6.
Dimensional Analysis and Hydraulic
Similitude 7. Fundamentals of Fluid
Flow 8. Flow in Closed Conduits 9.
Complex Pipeline Systems 10. Flow in
Open Channels 11. Flow of
Compressible Fluids 12. Measurement
of Flow of Fluids 13. Forces
Developed by Moving Fluids 14. Fluid
Machinery
FLUID MECHANICS AND
MACHINERY
2nd Edition
by B.C.S. Rao, Indian Institute of
Science, Bangalore
2009 / 296 Pages
ISBN : 9780070672789
Fluid Mechanics and Machinery lays a
thorough foundation to the fundamental
principles of fluids at rest and motion,
and its engineering applications.
Comprehensive in the treatment of
topics, the book is written to satisfy the
need for a first level textbook on the
subject.
FEATURES
• Worked out examples and
exercises“
• Review questions in the examination
pattern
• Includes Hardy-Cross Method to
solve distribution of flow through
pipe networks
CONTENTS
1. Definitions and Fluid Properties 2.
Fluid Statics 3. Fluid Kinematics 4. Fluid
Dynamics 5. Boundary Layer and
Laminar Flows 6. Flow Through Pipes
7. Flow Through Open Channels 8.
Dimensional Analysis and Similitude 9.
Turbines 10. Centrifugal Pumps
FLUID MECHANICS AND
HYDRAULIC MACHINES
PROBLEMS AND SOLUTIONS
by K Subramanya, Consultant, Water
Resources Engineering, Bangalore, and
Formerly Professor, Department of Civil
Engineering, Indian Institute of
Technology, Kanpur
2010 / 648 Pages
ISBN : 9780070699809
The book is designed to provide worked
examples and develop the problem
solving skills of students. It has been
comprehensively revised in order to
meet the needs of present day
examination pattern of universities and
competitive examinations. The worked
examples and the problems have been
segregated in three levels of difficulty.
Simple, Medium and Fairly Hard and a
good balance has been maintained
throughout the text among these three
categories of problems. The extent of
coverage and the associated features
makes it a complete offering on Fluid
Mechanics and Machinery.
FEATURES
• Complete offering on Fluid
Mechanics and Hydraulic Machines
fulfilling the requirements of
examination pattern of universities
and competitive exams.
• Augmented coverage of Hydraulic
Machines which includes Hydraulic
Pumps, Hydraulic Turbines,
Hydraulic Lift, Hydraulic Press,
Hydraulic Accumulator, Hydraulic
Ram etc.
• Graded solved examples and
worked problems in 3 levels of
difficulty
• Simple, Medium and Fairly Hard.
• Pedagogy
• Solved Examples 587
• Problems 626
• Objective Type Questions 682
• Multiple Choice Questions 80
CONTENTS
1. Properties of Fluid 2. Fluid Statics 3.
Fluid Flow Kinematics 4. Energy
Equation and Its Applications 5.
Momentum Equation and Its
Applications 6. Dimensional Analysis
FLUID MECHANICS
16 Visit us at www.mhhe.com www.tatamcgrawhill.com
and Similitude 7. Laminar Flow 8.
Boundary Layer Concepts 9. Drag and
Lift on Immersed Bodies 10. Turbulent
Pipe Flow11. Pipe Flow Systems 12.
Flow in Open Channels 13. Flow
Measurements 14. Unsteady Flow 15.
Compressible Flow 16. Fluid Flow
Machines
U S Edition
FUNDAMENTALS OF
THERMAL-FLUID SCIENCES WITH
STUDENT RESOURCE DVD
4th Edition
by Yunus A. Cengel, University of
Nevada-Reno, and Robert H. Turner,
University Of Nevada-Reno
2011
ISBN : 9780077422400
The best-selling Fundamentals of
Thermal-Fluid Sciences is designed for
the non-mechanical engineering student
who needs exposure to key concepts in
the thermal sciences in order to pass
the Fundamentals of Engineering (FE)
Exam.
The text is made up of Thermodynamics,
Heat Transfer and Fluids.
Like all the other Cengel texts, it uses a
similar pedagogical approach, by using
familiar everyday examples followed by
theory and analysis.
CONTENTS
1. Introduction and Overview / PART I
Thermodynamics 2. Introduction and
Basic Concepts 3. Energy, Energy
Transfer & General Energy Analysi 4.
Properties of Pure Substances 5.
Energy Analysis of Closed Systems 6.
Mass & Energy Analysis of Control
Volumes 7. The Second Law of
Thermodynamics 8. Entropy / PART II
Fluid Mechanics / 9. Introduction to
Fluid Mechanics 10. Fluid Statics 11.
Fluid Kinematics 12. Bernoulli and
Energy Equations 13. Momentum
Analysis of Flow Structures 14. Internal
Flow 15. External Flow: Drag and Lift /
Part III Heat Transfer / 16. Mechanisms
of Heat Transfer 17. Steady Heat
Conduction 18. Transient Heat
Conduction 19. Forced Convection 20.
Natural Convection 21. Radiation Heat
Transfer 22. Heat Exchanges / Appendix
1 Property Tables and Charts (SI Units) /
Appendix 1 Property Tables and Charts
(English Units)
FLUID MECHANICS
9th Edition
by Victor Streeter, retired, University of
Florida; K.W. Bedford and E. Benjamin
Wylie, University of Michigan
2010 / 752 Pages
ISBN : 9780070701403
CONTENTS
Part 1: Fundamentals of Fluid
Mechanics and Transport. 1. Fluid
Properties. 2. Fluid Statics. 3. Fluid Flow
Concepts and Basic Control Volume
Equations. 4. Basic Governing
Differential Equations. 5. Dimensional
Analysis and Similitude. 6. Viscous Flow
: Pipes and Channels. 7. External Flows.
8. Ideal Flow. 9. Transport by Advection
and Diffusion. Part 2 : Applications of
Fluid Mechanics and Transport. 10.
Measurement. 11. Turbo Machinery. 12.
Closed-Conduit Flor. 13. Flow in Open
Channels. 14. Applications of Transport
Phenomena
International Edition
ESSENTIAL OF FLUID MECHANICS
by John M. Cimbala, Pennsylvania
State University- University Park, and
Yunus A. Cengel, University of
Nevada-Reno
2008
ISBN : 9780071260305
Suitable for a one-semester course, this
text communicates directly with
tomorrow’s engineers in a simple yet
precise manner. It covers the basic
principles and equations of fluids in the
context of numerous, diverse real-world
engineering examples, and it helps
students develop an intuitive
understanding of fluid mechanics by
emphasizing the physics. An abundance
of figures, photographs and
supplemental visual aids spark curiosity
and reinforce the physics.
FEATURES
• This text emphasizes the physical
aspects of fluid mechanics in
addition to mathematical
representations and manipulations.
• Since fluid mechanics is a highly
visual subject, the Cimbala text
features 660 illustrations and
photographs. Also included is an
outstanding media program that
includes narrated videos and
animations.
• Topic Flexibility facilitates different
approaches by covering the basics
for all majors and then offers robust
coverage to allow mechanical, civil,
or aerospace engineering
approaches.
CONTENTS
1. Introduction and Basic Concepts 2.
Properties of Fluids 3. Pressure and Fluid
Statics 4. Fluid Kinematics 5. Mass,
Bernoulli, and Energy Equations 6.
Momentum Analysis of Flow Systems 7.
Dimensional Analysis and Modeling 8.
Internal Flow 9. Differential Analysis of
Fluid Flow 10. External Flow : Drag and
Lift 11. Open-Channel Flow 12.
Turbomachinery.
FLUID MECHANICS
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International Edition
SCHAUM'S OUTLINE OF
FLUID DYNAMICS
3rd Edition
by William F. Hughes, Carnegie
Institute of Technology; John A.
Brighton, Pennsylvania State
University; Nicholas Winowich,
University of Tennessee, Knoxville
2008 / 369 Pages
ISBN : 9780070311183
CONTENTS
Introduction / Fluid Statistics /
Mathematical Models of Fluid Motion /
Dimensional Analysis and Similitude /
Boundary Layer Flow and Flow in Pipes
and Ducts / Incompressible Potential
Flow / One-Dimensional Compressible
Flow / Two-Dimensional Compressible
Flow Gasdynamics / Incompressible
Turbulent Flow / Hypersonic Boundary
Layer Flow / Mangetohydrodynamics /
Non-Newtonian Fluids / Appendix A:
Some Properties of Fluids / Appendix B:
Units and Dimensions / Appendix C:
Some Basic Equations in Various
Coordinate Systems / Appendix D:
Tables for Compressible Flow / Appendix
E: Cartesian Tensors / Appendix F:
Vector Identities / Appendix G: Flow
Measuring Techniques
US Edition
FLUID MECHANICS DEMYSTIFIED
by Merle Potter
2009 / Pages:314
ISBN : 9780071626811
FLUID MECHANICS
(ADVANCED/
COMPRESSIBLE FLOW
GAS DYNAMICS)
International Edition
MODERN COMPRESSIBLE FLOW
WITH HISTORICAL PERSPECTIVE
3rd Edition
by John D. Anderson, University of
Maryland — College Park
2003 / 776 Pages
ISBN : 9780071241366
CONTENTS
1. Compressible Flow-Some History and
Introductory Thoughts. 2. Integral Forms
of the onservation Equations for Inviscid
Flows. 3. One-Dimensional Flow.
4. Oblique Shock and Expansion Waves.
5. Quasi-One-Dimensional Flow. 6.
Differential Conservation Equations
Revisited for Inviscid Flows. 7. Unsteady
Wave Motion. 8. General Conservation
Equations Revisted : Velocity Potential
Equation. 9. Linearized Flow. 10. Conical
Flow. 11. Numerical Techniques for
Steady Supersonic Flow. 12. The Time
Technique With Application to
Supersonic Blunt Bodies and Nozzles.
13. Three-Dimensional Flow. 14.
Transonic Flow. 15. Hypersonic Flow. 16.
Properties of High-Temperature Gases.
17. High-Temperature Flows : Basic
Exammples
International Edition
MICROFLUID MECHANICS
by William Liou and Fang Yichuan
2006 / 350 Pages
ISBN : 9780071443227
The rapid progress in fabricating and
utilizing microelectromechanical
(MEMS) systems during the last decade
is not matched by corresponding understanding
of the unconventional fluid flow
involved in the operation and
manufacture of these small devices.
Providing such understanding is crucial
to designing, optimizing, fabricating and
operating improved MEMS devices.
Microfluid Mechanics : Principles and
Modeling is a rigorous reference that
begins with the fundamental principles
governing microfluid mechanics and
progresses to more complex
mathematical models, which will allow
research engineers to better measure
and predict reactions of gaseous and
liquids in microenvironments.
CONTENTS
1. Introduction. 2. Basic Kinetic Theory.
3. Microfluid Properties. 4. Moment
Method : Navier-Stokes and Burnett
Equations. 5. Statistical Method : Direct
Simulations Monte Carlo Method and
Information Preservation Method. 6.
Parallel Computing of DSMC. 7. Fluid/
Solid Interface Mechanisms. 8.
Development of Hybrid Continuum/
Particle Method. 9. Low-Speed
Microflows. 10. High-Speed Microflows.
11. Perturbation in Microflows
FLUID MECHANICS • FLUID MECHANICS (ADVANCED/ COMPRESSIBLE FLOW GAS DYNAMICS)
18 Visit us at www.mhhe.com www.tatamcgrawhill.com
FINITE ELEMENT
METHOD
AN INTRODUCTION TO
THE FINITE ELEMENT METHOD
3rd Edition
by J N Reddy,Texas A & M University
— College Station
2005 / 672 Pages
ISBN : 9780070607415
J.N. Reddy’s, An Introduction to the
Finite Element Method, third edition is
an update of one of the most popular
FEM textbooks available. The book
retains its strong conceptual approach,
clearly examining the mathematical
underpinnings of FEM, and providing a
general approach of engineering
application areas. Known for its detailed,
carefully selected example problems
and extensive selection of homework
problems, the author has
comprehensively covered a wide range
of engineering areas making the book
approriate for all engineering majors,
and underscores the wide range of use
FEM has in the professional world. A
supplementary text Web site will contain
password-protected solutions to chapter
problems, general textbook information,
and supplementary chapters on Error
Analysis and other advanced topics.
NEW TO THIS EDITION
• The previous Chapter 3, Second-
Order Boundary Value Problems,
has been split into two chapters for
the third edition. Chapter 3 is now
Second-Order Differential Equations
in One-Dimension: Finite Element
Models, and Chapter 4 is now
Second-Order Differential Equations
in One-Dimension: Applications.
FEATURES
• Worked examples are said to be
one of the best features of this text.
The examples are detailed, carefully
selected and a number of examples
that show FEM applications are
included in this text.
• The text includes a variety of
problems including some for hand
calculation, some to be solved using
the computer, and others of the
class project variety, which can be
done with commercial FEM
packages if the professor so
chooses. The problems are a major
feature of this text.
• Strong coverage of FEM’s
mathematical foundations.
• Comprehensive coverage of
material from all fields of
engineering disciplines.
• The author’s writing style is clear
and his explanation plenty.
CONTENTS
1. Introduction. 2. Mathematical
Preliminaries, Integral Formulations, and
Variational Methods. 3. Second-Order
Differential Equations in One Dimension:
Finite Element Methods. 4. Second-
Order Differential Equations in One
Dimension: Applications. 5. Beams and
Frames. 6. Eigenvalue and Time
Dependent Problems. 7. Computer
Implementation. 8. Single Variable
Problems in Two Dimensions. 9.
Interpolation Functions, Numerical
Integration and Modeling
Considerations. 10. Flows of Viscous
Incompressible Flows. 11. Plane
Elasticity. 12. Bending of Elastic Plates.
13. Computer Implementation of Two-
Dimensional Problems. 14. Prelude to
Advanced Topics
FUNDAMENTALS OF FINITE
ELEMENT ANALYSIS
by David Hutton, Washington State
University, Pullman
2005 / 512 Pages
ISBN : 9780070601222
This new text, intended for the senior
undergraduate finite element course in
civil or mechanical engineering
departments, gives students a solid
basis in the mechanical principles of the
finite element method and provides a
theoretical foundation for applying
available software analysis packages
and evaluating the results obtained. Dr.
Hutton discusses basic theory of the
finite element method while avoiding
variational calculus, instead focusing
upon the engineering mechanics and
mathematical background that may be
expected of a senior undergraduate
engineering student. The text relies
upon basic equilibrium principles,
introduction of the principle of minimum
potential energy, and the Galerkin finite
element method, which readily allows
application of the FEM to nonstructural
problems.
FEATURES
• Simple, straightforward approach to
the FEM that is appropriate for
undergraduates.
• Detailed step by step explanations
of finite element procedures
• Good coverage of heat transfer and
fluids applications in FEA.
• Numerous applied examples and
problems.
• Book Website, which includes the
FEPC finite element program.
CONTENTS
1. Basic Concepts of the Finite Element
Method. 2. Stiffness Matrices, Spring and
Bar Elements. 3. Truss Structures: The
Direct Stiffness Method. 4. Flexure
Elements. 5. Method of Weighted
Residuals. 6. Interpolation Functions for
General Element Formulation. 7.
Applications in Heat Transfer. 8.
Applications in Fluid Mechanics. 9.
Applications in Solid Mechanics. 10.
Structural Dynamics. Appendix A Matrix
Mathematics. Appendix B Equations of
Elasticity. Appendix C Solution
Techniques for Linear Algebraic
Equations. Appendix D The Finite
Element Personal Computer Program.
Appendix E Problems for Computer
Solution
FINITE ELEMENT ANALYSIS
(Special Indian Edition)
(Schaum’s Outline Series)
by George R. Buchanan, Tennessee
Tech. University; Rudramoorthy, R,
PSG College of Technology
2005 / 360 Pages
ISBN : 9780070601727
The Schaum’s Outline Series book on
Finite Element Analysis gives a
FINITE ELEMENT METHOD
Visit us at www.mhhe.com www.tatamcgrawhill.com 19
complete overview of the subject. There
are plenty of solved examples for better
conceptual understanding and practice
exercises to test ones understanding of
the subject.
FEATURES
• An easy-to-understand overview of
the principles of Finite Element
Analysis.
• Emphasis on Applied Techniques
rather than theoretical justification of
techniques and methods.
• 165 Solved problems and 134
Supplementary Problems with
answers.
NEW IN THE ADAPTED EDITION
• 78 additional questions which
include
• 8 New Solved Examples
• 35 New Short answer questions
• 35 New Objective-type questions
CONTENTS
1. Mathematical Background 2. One-
Dimensional Finite Elements 3. Two-
Dimensional Finite Elements 4. Beam
and Frame Finite Elements 5. Variational
Prin ciples, Galerkin Approximation, and
Par tial Differential Equations 6.
Isoparametric Finite Elements 7.
Computer Code for Coupled Steady-
State Thermoelasticity
FINITE ELEMENT ANALYSIS:
THEORY AND PROGRAMMING
2nd Edition
by C.S. Krishnamoorthy; Indian
Institute of Technology; Chennai
1994 / 726 Pages
ISBN : 9780074622100
CONTENTS
1. Introduction 2. Basic Principles of
Structural Mechanics 3. Element Prop
erties 4. Isoparametric Elements 5.
Direct Stiffness Method of Analysis and
Solution Technique 6. Computer
Program for Finite Element Analysis
[PASSFEM] 7. Analysis of Framed
Structures 8. Plane Stress and Plane
Strain Analysis 9. Three-Dimensional
Stress Analysis 10. Analysis of Plate
Bending 11. Analysis of Shells 12.
Conduction Heat Transfer 13.
Substructuring Technique 14. Finite
Element Analysis Software
VISCOUS FLUID FLOW
VISCOUS FLUID FLOW
3rd Edition
by Frank M. White, University of Rhode
Island, Kingston
2011 / 640 Pages
ISBN : 9781259002120
Frank White's Viscous Fluid Flow, Third
Edition continues to be the market
leader in this course area. The text is for
a senior graduate level elective in
Mechanical Engineering, and has a
strong professional and international
appeal.
Author Frank White is has a strong
reputation in the field, his book is
accurate, conceptually strong, and
contains excellent problem sets. Many
of the problems are new to this third
edition; a rarity among senior and
graduate level textbooks. The
references found in the text have been
updated and reflect the most current
information available. Users will also be
interested to find explanations of, and
references to ongoing controversies and
trends in this course area.
Topically speaking, the text contains
modern information on technological
advances, such as Micro- and Nanotechnology,
Turbulence Modeling,
Computational Fluid Dynamics (CFD),
and Unsteady Boundary Layers.
NEW TO THIS EDITION
• Topically speaking, the text contains
modern information on technological
advances, such as Micro- and
Nano-technology, Turbulence
Modeling, Computational Fluid
Dynamics (CFD), and Unsteady
Boundary Layers.
• New material has been added to
chapters 1, 3, and 4 on microflows,
slip in liquids, gas slip flow in tubes
and channels, and a novel micropump.
• Chapter five, The Stability of
Laminar Flows, now begins with the
classic Kelvin-Helmholtz wind-wave
instability. A great wind-shear cloudwave
photo has been added too.
• The discussion of turbulence
modeling in chapter six has been
completely rewritten, expanded and
updated.
• Users will be happy to find
explanations of, and references to,
ongoing controversies and trends in
this course area.
• The role of Computerized Fluid
Mechanics ("CFD") in viscous fluid
flow/boundary layer analysis is
mentioned, and 2 new applications
of CFD are given for liquid spheres
and a novel micro-pump.
• Each reference in the text reflects
the most recent information
available.
FEATURES
• Frank White has always been
recognized for his enagaging, and
easy-to-read writing style.
CONTENTS
1. Preliminary Concepts 2. Fundamental
Equations of Compressible Viscous Flow
3. Solutions of the Newtonian Viscous-
Flow Equations 4. Laminar Boundary
Layers 5. The Stability of Laminar Flows
6. Incompressible Turbulent Mean Flow
7. Compressible Boundary Layer Flow
Appendices A Transport Properties of
Various Newtonian Fluids Appendices
B Equations of Motion of Incompressible
Newtonian Fluids in Cylindrical and
Spherical Coordinates Appendices C A
Runge-Kutta Subroutine for N
Simultaneous Differential Equations
FINITE ELEMENT METHOD • VISCOUS FLUID FLOW
20 Visit us at www.mhhe.com www.tatamcgrawhill.com
International Edition
AN INTRODUCTION TO THE FINITE
ELEMENT METHOD
by Wahyu Kuntjoro
2006 / 256 pages
ISBN: 9780071241441
CONTENTS
Preface / 1. Introduction 2. Linear Spring
Elements and the Direct Equilibrium
Method 3. Bar Element 4. Truss
Elements 5. Beam and Frame Elements
6. The Minimum Potential Energy
Method 7. Constant Strain Triangular
Elements 8. Higher-Order Elements and
Isoparametric Formulation 9. Solid
Elements - Tetrahedral 10. Analysis of
Structural Dynamics 11. Analysis of Heat
Transfer 12. Finite Element Applications
and Computer Programming / Appendix
A / Appendix B / Index
ENGINEERING
DRAWING
ENGINEERING DRAWING:
AN INTRODUCTION TO AUTOCAD
by Dhananjay A. Jolhe, RKN
Engineering College, Nagpur
2007 / 652 Pages
ISBN : 9780070648371
Engineering Drawing, the language of
Engineers generally requires three
aspects to excel : Knowledge,
Imagination and Skill. This book caters
to all the needs and provides a full
fledged textbook for the course. An
unique feature of this book is the
inclusion of practical hints along with
theory which enables the students to
make perfect drawings.
1. Step by step approach rendering
clear understanding of the topics.
2. Practical/real life examples have
been provided throughout the book.
CONTENTS
Chapter 1. Introduction to Engineering
Drawing Chapter 2. Geometrical
Constructions Chapter 3. Lines &
Lettering Chapter 4. Dimensioning
Chapter 5. Scales Chapter 6. Theory of
Projection Chapter 7. Orthographic
Projections Chapter 8. Projections of
Points Chapter 9. Projections of Lines
Chapter 10. Auxiliary Plane Projection
Method Chapter 11. Projections of
Planes Chapter 12. Projections of Solids
Chapter 13. Sections of Solids Chapter
14. Theory of Development Chapter 15.
Intersection of Surfaces of Solids
Chapter 16. Isometric Projections
Chapter 17. Interpretation of the Views
Chapter 18. Engineering Curves Chapter
19. Loci of Points Chapter 20. Computer
Aided Drafting Chapter 21. Free Hand
Drawing Chapter 22. Perspective
Projection Objective Question Bank
Appendix: Tips for Good Quality Drawing
ENGINEERING DRAWING
by Basant Agrawal Department of
Mechanical Engineering, SGSITS,
Indore; C.M. Agrawal, Department of
Mechanical Engineering, MANIT, Bhopal
2008 / 512 Pages
ISBN : 9780070668638
This book, designed for the first year
engineering students of all disciplines, is
written with intention of developing the
basic concepts of engineering drawing
in the minds of students. With the right
blend of theory and the wide variety of
problems, the book is a perfect offering
on the subject.
FEATURES
• Latest BIS Codes are used (SP 46 :
2003)
• Excellent 3D illustrations
• Use of latest version of popular
graphics software AutoCAD 2007
• Step-by-Step explanations in a
simplified manner
• Wide variety of solved examples
from the question papers of various
universities
EXCELLENT PEDAGOGY
• 550 Solved examples
• 100 Review questions
• 220 Objective type questions
• 350 Chapter-end-problems
CONTENTS
1. Drawing Instruments and Their Uses
2. Lines, Lettering and Dimensioning 3.
Geometrical Construction 4. Scales 5.
Conic Sections 6. Roulettes 7.
Orthographic Projection 8. Projections of
Points 9. Projections of Straight Lines 10.
Projections of Planes 11. Projections of
Solids 12. Sections of Solids 13.
Development of Surfaces 14.
Intersection of Surfaces 15. Isometric
Projection 16. Oblique Projection 17.
Perspective Projection 18. Computer
Aided Design
International Edition
INTRODUCTION TO GRAPHICS
COMMUNICATIONS FOR
ENGINEERS
4th Edition
(B.E.S.T Series)
by Gary Robert Bertoline, Purdue
University-West
2008 / 320 Pages
ISBN : 9780071284271
Introduction to Graphics Communication
for Engineers presents both traditional
and modern approaches to engineering
graphics, providing engineering and
technology students a strong foundation
in graphics methods through
visualization, drawing, drafting, CAD
software, and 3-D modeling.
FEATURES
• Supplemental Solid Modeling
Exercise, new to the fourth edition,
focuses on 3-D solid modeling parts
and assemblies.
• Design Problems were developed to
profide students an opportunity to
exercise the various stages of the
design process. The problems
provide an ideation stage, a
decision-making stage, design
creation stage, and the
documentation stage. Each problem
includes provisions for sketching, 3-
D modeling, and documentation of
sthe student's final solution to the
problem.
FINITE ELEMENT METHOD • ENGINEERING DRAWING
Visit us at www.mhhe.com www.tatamcgrawhill.com 21
CONTENTS
1. Introduction to Graphics Communications
2. Sketching and Text 3. Section
and Auxiliary Views 4. Dimensioning and
Tolerancing Practices 5. Reading and
Constructing Working Drawings 6.
Design and 3-D Modeling
International Edition
FUNDAMENTALS OF
GRAPHICS COMMUNICATION
6th Edition
by Gary Robert Bertoline, Purdue
University-West Lafayette, Eric N.
Wiebe, North Carolina State
University—Raleigh, Nathan W.
Hartman, Purdue University-West
Lafayette, and William A. Ross, Purdue
University-West Lafayette
2010 / 800 Pages
ISBN : 9780071221795 [IE]
A thoroughly contemporary approach to
teaching essential engineering graphics
skills has made Fundamentals of
Graphics Communication the leading
textbook in introductory engineering
graphics courses. The sixth edition
continues to integrate design concepts
and the use of CAD into its outstanding
coverage of the basic visualization and
sketching techniques that enable
students to create and communicate
graphic ideas effectively. As in past
editions, the authors have included
many examples of how graphics
communication pertains to “real-world”
engineering design, including current
industry practices and breakthroughs. A
website provides additional resources
such as an image library, animations,
and quizzes.
NEW TO THIS EDITION
1. Supplemental Solid Modeling
Problems have been added to the
sixth edition. This is a series of new
problems focusing on 3-D solid
modeling for parts and assemblies.
Visual examples for each part and
assembly have been created with
various solid modeling software
packages and are included with
engineering sketches to aid
students in visualizing part geometry
and the modeling process.
2. New and revised end-of-problems.
3. The tear-out drawing and sketching
worksheets that appeared in the
back of the fifth edition are now
posted on the website for easy
access and printing.
4. Nathan Hartman (Purdue University)
and William Ross (Emeritus, Purdue
University) have been added as coauthors.
Both of them bring new and
exciting perspectives to the text.
CONTENTS
1. Introduction to Graphics
Communication 2 Sketching 3.
Engineering Geometry 4. Modeling
Fundamentals 5. Multiviews and
Visualization 6. Auxiliary Views 7.
Pictorial Projections 8. Section Views
9. Dimensioning and Tolerancing
Practices 10. Geometric Dimensioning
and Tolerancing (GDT) 11. Working
Drawings and Assemblies 12. Design
Problems Appendices Glossary
US Edition
PRO ENGINEER-WILDFIRE
INSTRUCTOR
5th Edition
by David S. Kelley, Central Michigan
University
2010 / 576 Pages
ISBN : 9780073375359
Fully updated for the latest version of
software, Kelley’s Pro/ENGINEER
Wildfire 5.0 Instructor remains
organized around step-by-step tutorials -
the most effective way to teach and
learn this procedure intensive CAD
application. Pro/ENGINEER Wildfire 5.0
Instructor provides a solid background
in parametric design and constraint
based modeling. In addition, the
comprehensive references make this
text an all-in-one tutorial, reference, and
lecture guide for students of Pro/
ENGINEER.Kelley’s Pro/ENGINEER
Wildfire 5.0 Instructor is fully updated for
the newest version of the software and
uses a very effective tutorial approach to
teach this procedure-intensive
application. Chapters start by covering
selected topics in moderate detail,
followed by one or more tutorials
covering the chapter’s objectives and
topics. At the end of each chapter,
practice problems are used to reinforce
concepts covered in the and previously
in the book. An accompanying website
features solutions for instructors as well
as ancillary materials for reading and
download.
NEW TO THIS EDITION
1. Text has been fully updated to
include instruction in the new
features of Pro/Engineer Wildfire
5.0.
2. A text website will feature
Commercial CD, Educational
CD,Demos Tutorials, solutions
manual, and image library.
CONTENTS
1. Introduction to Parametric Design 2.
Pro Engineers User Interface 3.
Constraint-Based Sketching 4.
Extruding, Modifying, and Redefining
Features 5. Feature Construction Tools
6. Revolved Features 7. Feature
Manipulation Tools 8. Creating a Pro
Engineer Drawing 9. Sections and
Advanced Drawing Views 10. Swept
and Blended Features 11. Advanced
Modeling Techniques 12. Assembly
Modeling 13. Surface Modeling
Appendix A Supplemental Files
Appendix B Configuration File Options
ENGINEERING DRAWING
22 Visit us at www.mhhe.com www.tatamcgrawhill.com
U.S. Edition
TECHNICAL GRAPHICS
COMMUNICATIONS
4th Edition
by Gary Robert Bertoline, Purdue
Univ-west Lafayette, Eric N. Wiebe,
North Carolina State University Raleigh,
Nathan Hartman, Purdue University,
and William Ross, Purdue University
School of Engineering Tech
2008
ISBN : 9780077221300
In it's fourth edition, Technical Graphics
Communication has become a standard
in the field of engineering and technical
graphics. This text presents both
traditional and modern approaches to
technical graphics, providing
engineering and technology students
with a strong foundation in standard
drafting practices and techniques.
Strong emphasis on design and
industrial applications is found
throughout, reinforcing the real and
practical ways that technical graphics
skills are used in real companies.
CONTENTS
Part 1-Global Implementation of
Technical Graphics (Visual Science
for Technical Graphics) 1-Introduction
to Graphics Communications 2-The
Engineering Design Process 3-Design in
Industry 4-Integrated Production,
Automation and Manufacturing
Processes, and the Role of Technical
Graphics Part 2-Fundamental of
Technical Graphics 5-Design
Visualization 6-Technical Drawing Tools
7-Sketching and Text 8-Engineering
Geometry and Construction 9-Three-
Dimensional Modeling 10-Multiview
Drawings 11-Axonometric and Oblique
Drawings 12-Perspective Drawings 13-
Auxiliary Views Part 3-Fundamentals of
Technical Graphics 14-Fundamentals
of Descriptive Geometry 1-Intersections
and Developments Part 4-Standard
Technical Graphics Practices 16-
Section Views 17-Dimensioning and
Tolerancing Practices 18-Geometric
Dimensioning and Tolerancing Basics
19-Fastening Devices and Methods 20-
Working Drawings 21-Technical Data
Presentation 22-Mechanisms : Gears,
Cams, Bearings, and Linkages 23-
Electronic Drawings 24-Piping Drawings
25-Welding Drawings
International Edition
TECHNICAL GRAPHICS
COMMUNICATION
3rd Edition
by Gary Robert Bertoline, Purdue
University, West Lafayette, and Eric N.
Wiebe, North Carolina State University,
Raleigh
2003 / 1184 Pages
ISBN : 9780071199254
CONTENTS
1 Visual Science For Technical
Graphics 1. Introduction to Graphics
Communications 2. The Engineering
Design Process 3. Technical Drawing
Tools 4. Sketching and Text 5.
Visualization for Design 2
Fundamentals of Technical Graphics
6. Engineering Geometry and
Construction 7. Three-Dimensional
Modeling 8. Multiview Drawings 9.
Axonometric and Oblique Drawings 10.
Perspective Drawings 11. Auxiliary Views
3 Descriptive Geometry 12.
Fundamentals of Descriptive Geometry
13. Intersections and Developments 4
Standard Technical Graphics
Practices 14. Section Views 15.
Dimensioning and Tolerancing Practices
16. Geometric Dimensioning and
Tolerancing Basics 17. Fastening
Devices and Methods 18. Integrated
Production, Automation and
Manufacturing Processes, and the Role
of Technical Graphics 19. Working
Drawings Supplement : Design
Problems. 5 Technical Graphics in
Industry 20. Design in Industry 21.
Technical Data Presentation 22.
Mechanisms : Gears, Cams, Bearings,
and Linkages 23. Electronic Drawings
24. Piping Drawings 25. Welding
Drawings
International Edition
ENGINEERING DRAWING
AND DESIGN
7th Edition
by Cecil H. Jensen, Jay D. Helsel &
Dennis Short
2008 / 1120 Pages
ISBN : 9780071284202
Engineering Drawing and Design
prepares students for drafting careers in
a modern, technology-intensive industry.
Technical drafting, like all technical
areas, is constantly changing; the
computer has revolutionized the way in
which drawings and parts are made.
This text covers the most current
technical information available, including
graphic communication, CAD, functional
drafting, material positioning, numerical
control, electronic drafting, and
metrication, in a manner useful to both
the instructor and student. The authors
synthesize, simplify, and convert
complex drafting standards and
procedures into understandable
instructional units.
FEATURES
• Four-color design highlights the
text’s special features and enhances
instructional value of material.
• The authors bring together and
explain the manufacturing materials
that are available for engineering
design. They describe the
manufacturing process that
influences the shape, appearance,
and design of the product.
• The numerous assignments help
the reader gain practice.
• The test’s unit approach makes it
possible for instructors to put
together a customized program of
instruction that suits the needs of
their students and local industry.
• Text emphasizes all types of
fasteners, both permanent and
removable, that are currently
available.
ENGINEERING DRAWING
Visit us at www.mhhe.com www.tatamcgrawhill.com 23
CONTENTS
Part I : Basic Drawing and Design.
1. Engineering Graphics as a Language.
2. Computer-Aid Drawing ICADI. 3.
Drawing Media, Filing, Storage, and
Reproduction. 4. Basic Drafting Skills. 5.
Applied Geometry. 6. Theory of Shape
Description. 7. Auxiliary views and
Revolutions. 8. Basic Dimensioning. 9.
Sections. Part II : Fasteners, Materials,
and Forming Processes. 10. Threaded
Fasteners. 11. Miscellaneous Types of
Fasteners. 12. Manufacturing Materials.
3. Forming Processes. Part Ill : working
Drawings and Design. 14. Detail and
Assembly Drawings. 15. Pictorial
Drawings. 16. Geometric Dimensioning
and Tolerancing. 17. Drawings for
Numerical Control. 18. welding
Drawings. 19. Design Concepts. Part lV
: Power Transmissions. 20. Belts,
Chains, and Gears. 21. Coupling,
Bearings, and Seals. 22. Cams,
Linkages, and Actuators. Part V :
Special Fields of Drafting. 23.
Developments and Intersections. 24.
Pipe Drawings 25. Structural Drafting.
26. Jigs and Fixtures. 27. Electrical and
Electronics rawings. Computer-Aided
Drawing. Review and Assignments.
Glossary. Appendix-Standard Parts and
Technical Data, Index.
McGraw-Hill Australia Title
ENGINERING DRAWING
7th Edition
by Albert Boundy, Formerly with
University of Southern Questions
2007
ISBN : 9780070138186
Engineering Drawing remains the
leading Australian text for students of
engineering drawing and graphics. This
seventh edition has been updated in line
with the National Engineering
Curriculum, competencybased training
courses, and current Australian
Standards.
CONTENTS
Chapter 1. Introductory and standards
information Chapter 2. Dimensioning
drawings: symbols, methods, common
features and screw threads Chapter 3.
Drawing representation: sectioning,
welding and surface texture Chapter 4.
Fits and tolerances: linear and geometry
Chapter 5. Geometrical constructions
Chapter 6. Orthogonal projection
Chapter 7. Descriptive geometry:
auxiliary views Chapter 8. Pictorial
drawing: isometric and oblique parallel
projection Chapter 9. Working drawings:
detail and assembly drawing Chapter 10.
Drawing analysis Chapter 11. Accounting
for leases / Appendix 1 Structural steel
sections / Appendix 2 Reinforced
concrete
SURVEYING
SURVEYING AND LEVELLING
by N. Basak, Malda Polytecnic
2004 / 565 Pages
ISBN : 9780074603994
CONTENTS
1. Introduction 2. Chain Surveying
3. Compass Traversing 4. Plane Table
Surveying 5. Levelling 6. Contouring 7.
Computation of Area 8. Computation of
Volume 9. Theodolite Traversing 10.
Curves 11. Tacheometric Surveying 12.
Project Surveys 13. Hydrographic
Survey. 14. Setting Out Works 15. Model
Questions with Answers.
SURVEYING
3rd Edition
Volume1
By S K Duggal, Professor and Head,
Civil Engineering Department, MNNIT,
Allahabad
2009 / 648 Pages
ISBN : 9780070151376
The book covers all the essentials of
practical surveying in a sequential and
lucid manner. It covers the first course
on the subject for Civil Engineering fully.
It specially keeps the needs of the selfstudying
students by means of
explanatory notes inserted particularly
with reference to the more common
surveying options. The usual exhaustive
theory on the subject has been
condensed into systematic, point wise
pattern.
Chapters and content has been reorganized,
rewritten and elaborated
wherever necessary. Solved examples
and exercises have been added to
support the text in relevant places. In all
it is the most updated book on the
subject.
NEW TO THIS EDITION:
• Addition of the following topics :
• Recent developments in
classification of survey due to rapid
changes in instrumentation like GIS,
GPS, Remote Sensing
• Determination of Data from Contour
Maps
• Topo-sheets and sheet numbering
system
• Projection systems
• Expanded coverage on the
following:
• Measurement of Distances with
Tape (Chap 2)
• Contouring (Chap 9)
• Total Station Survey – details and its
uses (Chap 10)
CONTENTS
1. Fundamental Concepts 2. Horizontal
Measurements 3. Compass Surveying 4.
Theodolite 5. Traversing 6. Measurement
of Vertical Distances 7. Tacheometry 8.
Plane Table Surveying 9. Contouring 10.
Total-station Survey 11. Curves 12.
Measurement of Area 13. Measurement
of Volumes 14. Setting Out Works
SURVEYING
3rd Edition
Volume 2
By S K Duggal, Professor and Head,
Civil Engineering Department, MNNIT,
Allahabad
2009 / 480 Pages
ISBN: 9780070151352
It covers the second course on the
subject for Civil Engineering fully. The
ENGINEERING DRAWING • SURVEYING
24 Visit us at www.mhhe.com www.tatamcgrawhill.com
usual exhaustive theory on the subject
has been condensed into systematic,
point wise pattern. Coupled with volume
1 it forms a complete offering for the two
semester course on Surveying taken by
the undergraduate students of civil
engineering
The new edition has been updated with
the latest in the field, chapters have
been rearranged to provide more logical
sequence, existing content re-written,
expanded and enhanced. In all it is the
most updated book on the subject.
NEW TO THIS EDITION:
• Addition of new topics :
• Latest Satellite Remote Sensing
Program
• Sensors –Classification
• Photogrammetric Products
• Applications of Raster Data
Structure
• Applications of Vector Data
Structure
• Expansion of the following topics:
• Triangulation
• Electromagnetic Distance
Measurement
• Stereophotography
• Parallax
CONTENTS
1. Trigonometric Levelling 2.
Triangulation 3. Theory of Errors and
Triangulation Adjustment 4. Hydrography
5. Aerial Survey 6. Remote Sensing 7.
Geographic Information System (GIS) 8.
Global Positioning System 9. Field
Astronomy
SURVEYING: THEORY AND
PRACTICE, 7th Edition
by James M. Anderson, University oF
California, Berkeley; Edward M.
Mikhail, Purdue University, West
Lafayette
2012 / 1204 Pages
ISBN: 9781259025648
This updated edition contains the same
breadth and depth as previous editions
with pertinent chapter topics divided into
two parts. Part A covers elementary
topics and Part B covers advanced
topics. This innovative design, coupled
with the most recent developments in
technology, complements first- and
second-level courses in surveying
without losing its value as a reference
textbook.
NEW TO THIS EDITION
• Completely new chapters covering
current topics as Global Positioning
System (GPS) and Mapping, Digital
Mapping, Spatial Information
Systems, and Geographic
Information Systems (GIS) have
been added.
• New appendixes include elementary
mathematical concepts, coordinate
transformations, and introduction to
probability and statistics.
• Significant revisions have been
introduced in the material about
surveying adjustments, coordinate
frames and map projections, and
photogrammetry.
• Development of least squares
adjustments has been consolidated,
but applications are distributed in
the appropriate chapters.
• Coverage of the total station system
and data collector has been
enlarged and included in all areas of
application.
• Integrated error propagation and
adjustment of measurements is
introduced as students learn
appropriate surveying techniques
and operations.
CONTENTS
I Concepts / 1. Surveying and Mapping
2. Survey Measurements and
Adjustments 3. Planning and Data
Acquisition II Basic Survey
Measurements / 4. Distance
Measurement 5. Vertical Distance
Measurement Leveling 6. Angle and
Direction Measurements 7. Combined
Distance and Angle Measurement
System III Survey Operations / 8.
Traverse 9. Standard Methods for
Horizontal Positioning 10. Astronomy /
IV Modern Surveying and Mapping 11.
Map Projections 12. Global Positioning
System (GPS) 13. Photogrammetric
Surveying and Mapping 14. Mapping,
Digital Mapping, and Spatial Information
Systems V Types of Surveys / 15.
Control and Topographic Surveying 16.
Route Surveying 17. Construction
Surveying 18 Land Surveys /
Appendixes A Elementary Mathematical
Concepts / AppendixesB Introduction to
Vector and Matrix Algebra / Appendixes
C Coordinate Transformations (including
transformations between geodetic
reference systems) / Appendixes D
Introduction to Probability and Statistics
Appendixes E Trigonometric Formulas
and Statistical Tables
McGraw-Hill UK Edition
SURVEYING FOR CONSTRUCTION
5th Edition
by William Irvine; Finlay Maclennan,
Glasgow Metropolitan College
2006 / 464 pages
ISBN : 9780077111144
(McGraw-Hill UK Title)
CONTENTS
1. Surveying Fundamentals 2.
Understanding Maps and Plans 3. Linear
Surveying 4. Levelling 5. Contouring 6.
Vertical sections 7. Theodolites and
Total Surveys 8. Traverse surveys 9.
Global Positioning System (GPS) 10.
Detail Survey 11. Curve ranging 12.
Setting out construction works 13.
Mensuration- areas 14. Mensuration--
volumes 15. Surveys of existing buildings
SURVEYING
Visit us at www.mhhe.com www.tatamcgrawhill.com 25
International Edition
ELEMENTS OF PHOTOGRAMMETRY
WITH APPLICATIONS IN GIS
3rd Edition
by Paul R Wolf, University of
Wisconsin, Madison; Bon A DeWitt,
University of Florida, Gainesville
2000 / 648 Pages
ISBN : 9780071236898
CONTENTS
1. Introduction. Chapter 2. Principles of
Photography and Imaging. Chapter
3. Cameras and Other Imaging Devices.
Chapter 4. Image Measurements and
Refinements. Chapter 5. Object Space
Coordinate Systems. Chapter 6. Verti cal
Photographs. Chapter 7. Stereoscopic
Viewing. Chapter 8. Stereoscopic
Parallax. Chapter 9. Elementary
Methods of Planimetric Mapping for GIS
with Aerial and Sattelite Imagery. Chapter
10. Tilted Photographs. Chapter 11.
Introduction to Analytical
Photogrammetry. Chapter 12.
Stereoscopic Plotting Instruments.
Chapter 13. Mapping and Data Collection
for GIS. Using Stereoscopic Plotting
Instruments. Chapter 14. Principles of
Digital Image Processing. Chapter 15.
Principles of Softcopy Photogammetry.
Chapter 16. Ground Control for
Photogammetry. Chapter 17.
Aerotrinagulation. Chapter 18. Project
Planning. Chapter 19. Terrestrial and
Close-Range. Photogrammetry. Chapter
20. Introduction to GIS. Chapter 21.
Photogrammetric Application in GIS. /
Appendix A: Units, Errors, Significant
Figures and Error Propagation. /
Appendix B: Introduction to Least Square
Adjustment. / Appendix C: Coordinate
Transformations. / Appendix D:
Development of Collinearity Condition
Equations. / Appendix E: Digital
Resampling./ Appendix F: Conversions
Between Coordinate. Systems.
U S Edition
SCHAUM’S OUTLINE OF
INTRODUCTORY SURVEYING
(A Schaum's Publication)
by Roy Wirshing, U.S. Air Force,
deceased; James R. Wirshing, U.S. Air
Force
1985 / 368 Pages
ISBN : 9780070711242
CONTENTS
• Trigonometry for Surveyors • Field
Notes • Horizontal Distances • Transits •
Leveling • Angle Measurements •
Traverses • Topographic Surveys •
Construction Surveys • Slope Staking •
Earthwork • Horizontal Curves • Vertical
Curves • Drawing Maps
WATER RESOURCES
WATER RESOURCES SYSTEMS:
MODELING TECHNIQUES AND
ANALYSIS
by Vedula; Majumdar
2005 / 292 Pages
ISBN : 9780070590892
CONTENTS
PART ONE: 1. Concept Of System And
Systems Analysis 2. Systems
Techniques In Water Resources 3.
Economic Considerations In Water
Resources Systems 4. Multiobjective
Planning PART TWO: 5. Reservoir
Systems - Deterministic Inflow 6.
Reservoir Systems -
Random Inflow PART THREE: 7.
Applications of Linear Programming 8.
Applications of Dynamic Programming
9. Recent Modeling Tools Examples
(within sections of a chapter)Problems
(at the end of sections) References and
Further Reading (at the end of chapters)
1. Index
CONSTRUCTION
MANAGEMENT
CONSTRUCTION PLANNING,
EQUIPMENT, AND METHODS
7th Edition
By Robert L. Peurifoy (deceased),
Clifford J. Schexnayder, ARIZONA
STATE UNIV-TEMPE, Aviad Shapira,
Technion - Israel Institute of Technology,
Israel
2010 / 768 Pages
ISBN : 9780070706996
Construction Planning, Equipment, and
Methods provide the reader with the
fundamentals of machine utilization and
production estimating in a logical,
simple, and concise format. Hundreds
of photos and illustrations have been
added to make this book more
accessible to both students and
professionals. The book also provides
an understanding of machine
capabilities and how to properly apply
those capabilities to construction
challenges.
NEW TO THIS EDITION
• New chapters on 'Forming Systems'
and 'Planning for Building
Construction'
• Figures updated throughout the text
to illustrate the latest equipment and
methods
• Safety discussions are now
presented in each of the chapters
dealing with machine or formwork
use.
• Web resource information for
machine data is provided at the end
of every chapter of the text
• New and expanded homework
problems in every chapter including
problems requiring a step-by-step
solution approach
CONTENTS
1. Machines Make It Possible 2.
Fundamental Concepts of Equipment
Economics 3. Planning for Earthwork
Construction 4. Soil and Rock 5.
Compaction and Stabilization
Equipment 6. Machine Equipment
SURVEYING • WATER RESOURCES • CONSTRUCTION MANAGEMENT
26 Visit us at www.mhhe.com www.tatamcgrawhill.com
Power Requirements 7. Dozers 8.
Scrapers 9. Excavators 10. Trucks and
Hauling Equipment 11. Finishing
Equipment 12. Drilling Rock and Earth
13. Blasting Rock 14. Aggregate
Production 15. Asphalt Mix Production
and Placement 16. Concrete and
Concrete Equipment 17. Cranes 18.
Draglines and Clamshells 19. Piles and
Pile-Driving Equipment 20. Air
Compressors and Pumps 21. Planning
for Building Construction 22. Forming
Systems/ Appendix A: Alphabetical List
of Units with Their SI Names and
Conversion Factors / Appendix B:
Selected English-to-SI Conversion
Factors / Appendix C: Selected U.S.
Customary (English) Unit Equivalents /
Appendix D: Selected Metric Unit
Equivalents
International Edition
CONSTRUCTION PLANNING,
EQUIPMENT, AND METHODS
8th Edition
by Robert L. Peurifoy (deceased),
Clifford J. Schexnayder, Arizona State
University-Tempe, Aviad Shapira,
Technion Israel Institute of Technology,
and Robert Schmitt, University Of
Wisconsin Platteville
2010 / 784 Pages
ISBN: 9780071289511 [IE]
The Eighth Edition of Construction
Planning, Equipment and Methods
follows in the footsteps of the previous
editions by providing the reader with the
fundamentals of machine utilization and
production estimating in a logical,
simple and concise format.
This text is aimed at supporting a basic
undergraduate construction equipment
course that is part of an engineering
curriculum. It is also applicable to
graduate equipment courses. In
addition, since technology is constantly
evolving, this text provides an
understanding of machine capabilities
and how to properly apply those
capabilities to construction challenges.
NEW TO THIS EDITION
• Revised content on balance-curve
sketches on loader/truck and
• paver/truck operations and real-time
production analysis.
• Information on GPS has been
added.
• New photos and illustrations have
been added.
• A text website will feature
instructor’s solutions manual and
lecture power point slides.
CONTENTS
1.Machines Make it Possible 2.
Equipment Economics 3. Planning for
Earthwork Construction 4. Soil and
Rock 5. Compaction and Stabilization
Equipment 6. Mobile Equipment Power
Requirements 7. Dozers 8. Scrapers 9.
Excavators 10. Trucks and Hauling
Equipment 11. Finishing Equipment 12.
Drilling Rock and Earth 13. Blasting
Rock 14. Aggregate Production 15.
Asphalt Mix Production and Placement
16. Concrete and Concrete Equipment
Chapter 17: Cranes 18. Piles and Pile-
Driving Equipment 19. Air Compressors
and Pumps 20. Forming Systems 21.
Planning for Building Construction /
Appendix A: Alphabetical List of Units
with Their SI Names and Conversion
Factors / Appendix B: Selected
English-to-SI Conversion Factors /
Appendix C: Selected U.S. Customary
(English) Unit Equivalents
CONSTRUCTION MANAGEMENT
FUNDAMENTALS
2nd Edition
by Kraig Knutson, Arizona State
University-Tempe; Clifford J.
Schexnayder, Arizona State University-
Tempe; Christine M. Fiori, Arizona
State, University-Tempe; Richard Mayo
(deceased)
2011 / 720 Pages
ISBN : 9780071321181
Cnonstruction Management
Fundamentals is intended as an
introduction to both technical and
business sides of construction, and is
intended for use in an undergraduate
Civil Engineering curriculum or for
graduate courses in Construction
Management. The text covers
fundamentals of construction in a
logical, simple, and concise format, and
many examples reinforce construction
and management concepts through
applications, photographs, and
illustrations derived from actual projects.
Based upon professional practice,
standard formats for analyzing common
problems are presented and explained
preparing students for fast-paced bid
preparation.
The second edition of Construction
Management Fundamentals includes
coverage of the Construction
Specifications Institute’s new
MasterFormat 2004 edition, as well as a
completely rewritten safety chapter
incorporating the latest OSHA required
safety practices and reporting practices.
The book will help prepare the student
who may take one or two courses in
construction or the construction
management professional.
NEW TO THIS EDITION
• Stressing the importance of safety,
the authors have completely
rewritten the Safety chapter and
added more information of OSHA
required safe practices and
reporting requirements.
• Updated coverage including the new
Construction Specifications Institute
MasterFormat 2004 Edition as well
as other relevant changes in
construction practice.
CONTENTS
1. Historical Perspective / Part 1:
Construction Management / 2.
Overview of the Construction Industry 3.
Construction Management Functions 4.
Scheduling Techniques for Construction
Projects 5. Construction Cost Estimates
6. Estimating Heavy/Civil Projects 7.
Estimating Building Projects 8.
Construction Contracts Administration 9
Construction Accounting / Part 2--Con
struction Practice 10. Ma chine Power
11. Equipment Selection and Utilization
12. Equipment Cost 13. Building
Materials 14. Building Construction
Methods 15. Quality and Productivity 16.
CONSTRUCTION MANAGEMENT
Visit us at www.mhhe.com www.tatamcgrawhill.com 27
Safety 17. Trends / Appendixes:
Appendix A Glossary / Appendix B
Selected Unit Equivalents
ESTIMATING CONSTRUCTION
COSTS
5th Edition
by Robert L. Peurifoy (deceased);
Garold D. Oberlender, Oklahoma State
University—Stillwater
2011 / 576 Pages
ISBN : 9781259002106
CONTENTS
1 Introduction. 2 Bid Documents. 3 Esti
mating Process. 4 Conceptual Cost
Estimating. 5 Cost of Construction Labor
and Equipment. 6 Handling and
Transportng Material. 7 Earthwork and
Excavation. 8 Highways and Pave
ments. 9 Foundations. 10 Concrete
Structures. 11 Steel Structures. 12
Carpentry. 13 Interior Finish, Millwork,
and Wallboards. 14 Roofing and
Flashing. 15 Masonry. 16 Floor Systems.
17 Floor Finishes. 18 Glass and Glazing.
19 Painting. 20 Plumbing. 21 Electrical
Wiring. 22 Sewerage Systems. 23 Water
Distribution Systems. 24 Total Cost of
Engineering Projects. 25 Computer
Estimating. Appendix A Abbreviations.
Appendix B Example Project
U.S. Edition
CPM IN CONSTRUCTION
MANAGEMENT
7th Edition
by Fredric L. Plotnick, and James J.
O’Brien
2009 / 736 Pages
ISBN : 9780071636643
A $2000-retail-value, unrestricted
license to this world-class product is
provided on the included CD-ROM. No
limits to number of activities, time for
evaluation, or usage. With instruction
on CPM and powerful software, you are
ready for business now. Specifications
of major engineering firms call for the
project CPM to be prepared and
administered in accordance with this
text, which also
serves as a primary resource for PSP
and PMI-SP exam preparation.
With case studies of major global
construction projects and a “John Doe”
example project that’s followed
throughout, this book will simplify your
application of CPM. Cut project time to
the minimum. Determine which
deliveries to expedite, and which may
slide. Know instantly the impact of
change-and how to thrive while others
fail. Understand CPM’s courtroom
evidentiary value—and watch disputes
be amicably resolved. This updated
classic is the construction tool that
makes everything around you work
better, faster, and more economically.
CONTENTS
Part 1: Introduction to CPM Planning
and Scheduling/ Part 2. The Theory of
CPM Planning and Scheduling / Part 3:
The Tools of CPM Planning and
Scheduling / Part 4: The Practice of
CPM Planning and Scheduling / Part
5:The Practice of CPM Scheduling /
Part 6: Advanced Topics / Appendix A:
Sample CPM Specification as a
Guideline for Preparing Your Own
Specification / Appendix B: Unified
Facilities Guide Specification /
Appendix C: Navigating the CD-ROM
Index
International Edition
PROFESSIONAL CONSTRUCTION
MANAGEMENT
3rd Edition
by Donald S. Barrie, CM Consultants;
Boyd C. Paulson, Stanford University
1992 / 672 Pages
ISBN : 9780071129176
CONTENTS
1. Management in the Engineering and
Construction Industry / 2. Development
And Organization Of Projects / 3.
Applications And Requirements For
Management Organizations / 4. Introduction
To An Example Project / 5.
Preconstruction Site Investigation,
Planning Scheduling, Estimating And
Design / 6. Bidding And Award / 7.
Construction / 8. Application Of Controls
/ 9. Selecting A Construction Manager /
10. Concepts Of Project Planning And
Control / 11. Estimating Project Costs /
12. Plannin And Control Of Operations
And Resources / 13. Cost Engineering /
14. Procurement / 15. Value Engineering
/ 16. Quality Assurance / 17. Safety And
Health In Construction /18. Risk
Management, Insurance, Bonding, Liens
And Licensing / 19. Industrial Relations
/ 20. Current State of The Art of
Professional Construction Management
/ Appendixes
International Edition
BUILDING QUANTITIES
AN INTRODUCTION USING
CONSTRUCTION ELECTRONIC
MEASUREMENT STANDARDS
by Ai-Lin Teo; David Langdon
2008 / 192 Pages
ISBN : 9780071274821
(Asian Publication)
Building Quantities: An Introduction
using Construction Electronic
Measurement Standards (Revised
Edition) aims to provide students with
an understanding of the general
principles and steps adopted in the
preparation of Bill of Quantities (BQ),
CONSTRUCTION MANAGEMENT
28 Visit us at www.mhhe.com www.tatamcgrawhill.com
and is designed to be used in
conjunction with the SS CP 97:2002
Construction Electronic Measurement
Standards (CEMS), Part 1: SMM for
Building Works. It presents a
comprehensive overview of
measurement techniques and a stepby-
step guide to e-measurement.
Part I of the book discusses the
restructuring of the construction industry,
the need for CEMS and its impact on the
quantity surveying profession. It also
discusses the future of quantity
surveying in the use of Information
Technology (IT). Part II discusses the
principles of measurement, construction
terminology, and standard abbreviations
used by quantity surveyors. The
measurement rules and taking-off
process are also discussed here. The
Specifications and Billing Process
chapters are found in Part III of the book.
Part IV discusses the steps in generating
quantities from virtual building models
using CEMS.
FEATURES
• This is the first building emeasurement
book in Singapore.
• The book corresponds with the
syllabus of building courses in
Singapore tertiary institutions.
• The sequence of this book
corresponds with the actual takingoff
sequence of simple single storey
buildings
• The book includes examples of
taking-off and sample Bills of
Quantities as additional illustrations,
and presents insights into other
facets of quantity surveying tasks.
CONTENTS
Preface / About the Authors / PART I
Introduction 1. Structure of the book 2.
Reinvention of the construction industry
3. Quantity surveying services PART II
Taking-Off: Principles of
Measurement 4. Fundamentals of
measurement 5. Centre-line method
PART II Taking-Off: Pitched Roof
Building with Strip Foundation 6.
Excavation works and concrete work
(substructure) 7. Brickwork
(superstructure) 8. Finishes
(superstructure) 9. Doors and windows
(superstructure) 10. Timber Pitched Roof
(superstructure) PART III Taking-Off:
Reinforced Concrete Roof Building
with Pad Foundation 11. Excavation
works and concrete work (substructure)
12. Brickwork (superstructure) 13.
Finishes (superstructure) 14. Doors and
windows (superstructure) 15. Concrete
work and roofing (superstructure) 16.
Reinforcement (substructure and
superstructure) PART IV Working-Up
17. Specifications 18. Bills of Quantities
PART IV E-Measurement and Exercises
19. E-measurement 20. Exercises /
Appendix I Specification notes and
drawings for Pitched Roof Building with
Strip Foundation / Appendix II
Specification notes and drawings for
Reinforced Concrete Roof Building with
Pad Foundation / Appendix III CEMS
cross referencing to Chapter 6 / Appendix
IV CEMS cross referencing to Chapter
7 to 10 / Appendix V Generated BQ
pages using Cato and CEMS
International Edition
CONSTRUCTION ELECTRONIC
MEASUREMENT STANDARDS
(CEMS): PART 1
Reviewed Revised Edition
by Ai-Lin Teo; Davis Langdon; Seah
Singapore, Pte Ltd, KPK Quantity
Surveyors
2008 / 370 Pages
ISBN : 9780071274814
(Asian Publication)
This book is intended as a reference
text to the use of the CEMS Part I.
CEMS Part I Reviewed (Revised
Edition) explains the principles and
measurement rules of taking-off building
quantities based on the new code of
practice for Construction Electronic
Measurement Standards (CEMS) Part
1: Standard Method of Measurement
(SMM) for building works.
The book presents a comprehensive
overview of measurement techniques.
There is a section on the differences
between the old standard method of
measurement (SMM2) and the CEMS
Part 1. The easy-tofollow guide to
develop standard descriptions for
electronic measurement is presented for
all the 18 sections of the CEMS Part 1.
Written in a style that is easy to follow,
students, quantity surveyors, architects
and engineers will find it a very useful
book.
FEATURES
• This is the first measurement
textbook reviewing and explaining
the measurement rules of all
sections of the CEMS Part 1.
• The content corresponds with the
Singapore tertiary building course
syllabus.
• The book includes examples of
standard descriptions for all the
sections and a table showing the
differences between the SMM2 and
the CEMS for quick and easy
reference.
• Measurement is also made easier
with a good indexing system.
CONTENTS
Foreword / Preface / About the authors
1. Structure of the book and guidance
notes 2. 01000000 Preliminaries 3.
02000000 Demolition and alteration
works 4. 03000000 Piling and diaphragm
walling 5. 04000000 Excavation works
6. 05000000 Concrete work 7. 06000000
Brickwork and blockwork 8. 07000000
Stonework 9. 08000000 Roofing 10.
09000000 Carpentry 11. 10000000
Joinery 12. 11000000 Ironmongery 13.
12000000 Structural steelwork 14.
13000000 Metalwork 15. 14000000 Wall
and ceiling finishes 16. 15000000 Floor
finishings 17. 16000000 Glazing 18.
17000000 Painting and decorating 19.
18000000 Drainage / Appendix / Index
CONSTRUCTION MANAGEMENT
Visit us at www.mhhe.com www.tatamcgrawhill.com 29
CLIMATE RESPONSIVE
ARCHITECTURE: A DESIGN
HANDBOOK OF ENERGY
EFFICIENT BUILDINGS
by Krishan
2000 / 550 Pages
ISBN : 9780074632185
CONTENTS
Part I: Principles and Elements of
Design 1. Global Context 2. Shelter or
Form 3. Climate and Thermal Comfort
in India 4. Passive Heating and Cooling
Design Strategies 5. Settlement Patters
and Site Planning 6. The Building
Envelope 7. Openings and Daylighting
8. Natural Ventilation of Buildings in India
9. Appropriate Technology for a
Climatically Responsive Low Energy
Arcitecture 10. Design Tools 11. Actual
Projects and Case Studies Part II:
Design Data 12. Climatic Parameters
13. Climatic Context 14. Climatic Data
15. Solar Shadin Masks 16. Analysis of
Radiation on Different Surfaces and
Hourly Ambient Temperature Variations
17. Vegetation Data 18. Data Tables
GEOTECHNICAL
ENGINEERING
US Edition
GEOTECHNICAL ENGINEERING
5th Edition
by Richard L. Handy, Iowa State
University; Merlin G. Spangler
(deceased)
2007 / 904 Pages
ISBN : 9780071481205
(A Professional Reference Title)
Geotechnical Engineering: Principles
and Practices offers students and
practicing engineers a concise, easy-tounderstand
approach to the principles
and methods of soil and geotechnical
engineering. This updated classic builds
from basic principles of soil mechanics
and applies them to new topics,
including mechanically stabilized earth
(MSE), and intermediate foundations.
CONTENTS
Chapter 1. Introduction Chapter 2.
Igneous Rocks, Ultimate Sources for
Soils Chapter 3. Special Problems with
Sedimentary Rocks Chapter 4. Soils
That Are Sediments Chapter 5. The Soil
Profile Chapter 6. Soil Minerals Chapter
7. Particle Size and Gradation Chapter
8. Soil Fabric and Structure Chapter 9.
Soil Density and Unit Weight Chapter 10.
Soil Water Chapter 11. Pore Water
Pressure, Capillary Water, and Frost
Action Chapter 12. Soil Consistency and
Engineering Classification Chapter 13.
Compaction Chapter 14. Seepage
Chapter 15. Stress Distribution in Soil
Chapter 16. Settlement Chapter 17.
Time-Rate of Settlement Chapter 18. Soil
Shear Strength Chapter 19. Lateral
Stress and Retaining Walls Chapter 20.
Mechanically Stabilized Earth (MSE)
Walls and an Introduction to Soil Nailing
Chapter 21. Slope Stability and
Landslides Chapter 22. Bearing Capacity
of Shallow Foundations Chapter 23.
Deep Founda tions Chapter 24.
Intermediate Foundations and Ground
Improvement Chapter 25. Underground
Conduits Chapter 26. In Situ Soil and
Rock Tests Chapter 27. Introduction to
Soil Dynamics Chapter 28. Geotechnical
Investigation and Report / Appendix A:
Elastic Solutions for Horizontal
Pressures on Retaining Walls Resulting
from Surface Loads / Index
US Edition
PRACTICAL GEOTECHNICAL
ENGINEERING DESIGN
by Morris Dirnberger, Geotechnical
Engineer, U.S. Army Corps of Engineers
2008 / 496 Pages
ISBN : 9780071488679
Practical Geotechnical Engineering De
sign provides a review of soil mechanics
and geotechnical design methods and
demonstrates how they all come
together in a successful project. You will
be able to compare alternative solutions
to the ones recommended in the book in
order to better understand constraints
and considerations of geotechnical
engineering.
CONTENTS
Chapter 1. Introduction Chapter 2.
Exploration and Testing Chapter 3. Shear
Strength Chapter 4. Lateral Loads
Chapter 6 - Seepage Chapter 7. Slope
Stability Chapter 8. Dewatering Chapter
9. Pile Design Chapter 10. MSE Walls /
APPENDIX A Problem Statement /
APPENDIX B Calculations
GEOTECHNICAL ENGINEERING
by S. K. Gulhati; IIT, Delhi; Manoj
Datta, IIT Delhi
2005 / 824 Pages
ISBN : 9780070588295
This book is designed to serve as a
learning resource for the two core
courses, Soil Mechanics and
Foundation Engineering taken by all civil
engineering studets. Additionally, the
book includes the most recent
developments in the field making it truy
exceptional.
FEATURES
• Focus on Engineering Design
highlighting the iterative aspect of
design.
• A complete section on Geo-
Environmental Engineering dealing
with the management of
CONSTRUCTION MANAGEMENT • GEOTECHNICAL ENGINEERING
30 Visit us at www.mhhe.com www.tatamcgrawhill.com
biodegradable, toxic and hazardous
waste. This part includes chapters
on:
• Genesis • Contamination •
Containment of solid waste
•Containment of slurry waste
•Vertical barriers for containment
•Geotechnical reuse of waste
material
• Chapters on Ground Engineering
explaining how to change the
properties of soil.
• Chapter on Geotechnical
Earthquake Engineering discussing
how soils can be made to withstand
the dynamic loads arising from
machines and earthquakes
CONTENTS
Part – I Soil: Material Characteri-zation
1. Origin And Classification Of Soils 2.
The Three Phase System 3. The
Effective Stress Principle 4. Effective
Stress Under Hydrostatic Conditions 5.
Permeability 6. Measuring Permeability
7. Effective Stress Under Steady State
One-Dimensional Flow 8.Compressibility
9. Effective Stress Under Transient
Hydrodynamic Conditions 10. Measuring
Compressibility Characterisitics And
Computing Amount Of And Time For
Consolidation 11. Shear Strength And Its
Measurement 12. Shear Strength
Parameters 13. Engineering Properties
Of Natural On-Land Deposits 14.
Engineering Properties Of Natural
Offshore Deposits 15. Engineering
Properties Of Man-Made Deposits 16.
On Partially Saturated Soils Part – II
Site: Location Characterization 17.
Site Investigation PART – III Analytical
Techniques 18. Flow Analysis 19.
Settlement Analysis 20. Bearing
Capacity Analysis 21. Slope Stability
Analysis 22. Earth Pressure Analysis
PART-IV Engineering Design 23. Sub-
Structures: Foundations 24. Earth
Structures: Dams And Embankments 25.
Earth Retaining Structures Part-V
Geotechnical Construction 26.
Earthwork And Earthmoving Equipment
27. Foundation Construction 28
Excavation, Underground Construction
And Tunnels PART-VI Ground
Engineering 29 Ground Improvement
And Modificaiton 30 In Situ Densification
Of Soils 31 Grouting In Soils 32
Reinforced Earth 33 Geosynthetics
PART-VII Geoenvironmental
Engineering 34. Geoenvironmental
Engineering - Genesis 35.
Contamination 36. Containment Of Solid
Waste In Landfills 37. Containment Of
Slurry Wastes 38. Vertical Barriers For
Containment 39. Geotechnical Reuse Of
Waste Materials PART-VIII Soil
Dynamics 40. Soil Behaviour Under
Dydnamic Loads And Applications 41.
Machine Foundations 42. Earthquake
Geotechnics
GEOGRAPHIC
INFORMATION SYSTEM
INTRODUCTION TO GEOGRAPHIC
INFORMATION SYSTEMS
4th Edition
by Kang-tsung Chang, University of
IDAHO
2007 / 468 Pages
ISBN : 9780070658981
This book is designed to provide
students in a first or second GIS course
with a solid foundation in both GIS
concepts and the use of GIS.
Introduction to GIS strikes a careful
balance between GIS concepts and
hands-on applications. The main portion
of the chapter presents GI terms and
concepts and helps students learn how
each one fits into a complete GIS
system. At the end of each chapter, an
application section with 3-5 tasks
presents students with actual GIS
exercises and the necessary data to
solve the problem.
FEATURES
• The text provides data sets and
instructions for the applications
section in each chapter, as well as
challenge tasks, written questions,
and review questions for each
chapter.
• Key terms are boldfaced where they
first appear in the chapter and then
summarized and defined with a
glossary at the end of the chapter.
• The author created all the figures
and tables ensuring precise
correlation between the chapter
material and their accompanying
visuals.
• Emphasizes both concepts and
hands-on experience in GIS.
Follows a logical progression from
basic to complex and specialized
GIS topics.
• Key changes or enhancements in
the 4th edition include network
applications (Chapter 18),
applications of geocoding (Chapter
17), and online connection to a
remote database (Chapter 6).
CONTENTS
1. Introduction 2. Coordinate Systems 3.
Georelational Vector Data Model 4.
Object-Based Vector Data Model 5.
Raster Data Model 6. Data Input 7.
Geometric Transformation 8. Spatial
Data Editing 9. Attribute Data Input and
Management 10. Data Display and
Cartography 11. Data Exploration 12.
Vector Data Analysis 13. Raster Data
Analysis 14. Terrain Mapping and
Analysis 15. Viewsheds and Watersheds
16. Spatial Interpolation 17. Geocoding
and Dynamic Segmentation 18. Path
Analysis and Network Applications 19.
GIS Models and Modeling
US Edition
INTRODUCTION TO GEOGRAPHIC
INFORMATION SYSTEMS WITH
DATA FILES CD-ROM
5th Edition
by Kang-tsung (Karl) Chang
2009
ISBN : 9780077294366
Introduction to Geographic Information
Systems, 5e is designed to provide
students in a first or second GIS course
with a solid foundation in both GIS
concepts and the use of GIS.
Introduction to GIS strikes a careful
balance between GIS concepts and
hands-on applications. The main portion
of the chapter preents GIS terms and
concepts and helps students learn how
each one fits into a complete GIS
system. At the end of each chapter, an
GEOTECHNICAL ENGINEERING • GEOGRAPHIC INFORMATION SYSTEM
Visit us at www.mhhe.com www.tatamcgrawhill.com 31
application section with 2-7 tasks
presents students with actual GIS
exercises and the necessary data to
solve the problem.
NEW TO THIS EDITION
• This edition has combined
georelational and object-based
vector data models into one chapter.
A couple of years ago the majority
of GIS users were still using
georelational vector data such as
shapefiles. But now many have
turned to object-based vector data
such as the geodatabase. Therefore
it makes sense to combine these
two data models into a chapter and
simply call the chapter vector data
model.
• New and updated information on:
• Joins, relates, and relationship
classes
• Cartographic representation
• Point pattern analysis
• Viewshed analysis
• Geocoding
CONTENTS
1. Introduction 2. Coordinate Systems 3.
Vector Data Model 4. Raster Data Model
5. GIS Data Acquisition 6. Geometric
Transformation 7. Spatial Data Editing
8. Attribute Data Management 9. Data
Display and Cartography 10. Data
Exploration 11. Vector Data Analysis 12.
Raster Data Analysis 13. Terrain
Mapping and Analysis 14. Viewsheds
and Watershed 15. Spatial Interpolation
16. Geocoding and Dynamic
Segmentation 17. Path Analysis and
Network Applications 18. GIS Models
and Modeling
STRUCTURES:
STEEL
LIMIT STATE DESIGN OF STEEL
STRUCTURES
S K Duggal, Professor and Head,
Department of Civil Engineering,
MNNIT, Allahabad
2010 / 840 Pages
ISBN : 9780070700239
This is a well written and lucid text on
Design of Steel Structures conforming to
the latest codal provisions i.e. IS 800:
2007 (Limit State Design). The
explanation of the topics are very simple
and easy to understand with perfect nd
judicious blend of theoretical,
mathematical and schematic
descriptions which will make the readers
understand the behaviour, mechanism
of load transfer, the assumptions,
analysis, specifications required for the
purpose of designing of steel elements.
SALIENT FEATURES
1. Complete coverage of the design
concepts of Steel Structures as per
the latest codal provisions IS 800:
2007 i.e. Limit State Design.
2. Three dimensional – isometric view
of the structural components.
3. Tutorial approach or step by step
problem solving methodology.
4. Unsolved problems have been
bifurcated into 2 types viz, Strength
and Design
5. Pedagogy: Total 670
(a) Solved Examples: 138
(b) Solved Conceptual Questions: 50
(c) Test Yourself: 27
(d) Exercise: 167
(e) Objective Type Questions: 288
CONTENTS
1. General Considerations 2. Plastic
Analysis and Design 3. Introduction to
Limit State Design 4. Simple
Connections—Riveted, Bolted and
Pinned Connections 5. Simple Welded
Connection 6. Tension Members 7.
Compression Members 8. Beams 9.
Members Under Combined Axial Load
and Moment 10. Column Bases and
Caps 11. Plate Girder 12. Gantry
Girders 13. Eccentric and Moment
Connections 14. Roof Trusses
DESIGN OF STEEL STRUCTURES
2nd Edition
by L.S. Negi, Gurunank Dev
Polytechnic, New Delhi
1997 / 328 Pages
ISBN : 9780074623053
CONTENTS
1. Materials and Specifications
2. Structural Fasteners 3. Eccentric
Connections 4. Tension Members
5. Compression Members 6. Beams 7.
Beam Column 8. Plate Girder 9.
Industrial Sheds 10. Plastic Theory of
Structure Timber Structures
DESIGN OF STEEL STRUTURES
3rd Edition
by S K Duggal, Department of Civil
Engineering, Motilal Nehru National
Institute of Technology, Allahabad
2008 / 890 Pages
ISBN : 9780070260689
This edition of Design of Steel
Structures has been revised extensively
to bring in several new topics and
update other contents. Plethora of
solved examples and practice problems
make this an excellent offering for the
students and practicing engineers.
FEATURES
• New chapters on Limit State Design,
light gauge steel construction, and
steel sacks
• Exhaustive coverage of high
strength friction grip bolts
• Prologue to the New Code IS: 800
2009
PEDAGOGY
• 147 Solved examples
• 154 Review questions
CONTENTS
1. General Considerations 2. Simple
Connections—Riveted, Bolted and
Pinned Connections 3. Simple
Connections—Welded Connections 4.
Compression Members 5. Column
GEOGRAPHIC INFORMATION SYSTEM • STRUCTURES: STEEL
32 Visit us at www.mhhe.com www.tatamcgrawhill.com
Bases and Footings 6. Tension Members
7. Beams 8. Gantry Girders 9. Plate
Girder 10. Eccentric Connections 11.
Industrial Buildings 12. Water Tanks 13.
Steel Stacks 14. Bridges 15. Tubular
Structures 16. Light-Gauge Steel
Construction 17. Elementary Plastic
Analysis and Design 18. Introduction to
Limit State Design
STRUCTURAL ANALYSIS:
A MATRIX APPROACH
2nd Edition
by G. S. Pandit, Formerly Senior
Professor, Department of Structural
Engineering, Malviya National Institute
of Technology, Jaipur; S. P. Gupta,
Formerly Professor & Head, Department
of Structural Engineering, Malviya
National Institute of Technology, Jaipur.
2008 / 612 Pages
ISBN : 9780070667358
This book, meant for the undergraduate
students of civil engineering, has been
updated with units in the SI system. It
has been written in a clear lucid style
which presents the complex concepts of
matrix analysis in an easy-to-understand
manner.
FEATURES
• In SI Units
• Unique feature: combined discussion
of force and displacement method
for each category of structure for critical
comparison and understanding of their
merits and demerits
• Fundamentals of matrix algebra are
explained before discussing the
matrix methods in detail
RICH PEDAGOGY INCLUDES
• 159 Solved examples
• 209 Chapter-end questions
CONTENTS
• Basic Concepts • Basic Methods of
Structural Analysis • Determinants and
Matrices • Flexibility and Stiffness
Matrices • Continuous Beams • Rigid-
Jointed Plane Frames • Pin-Jointed
Frames • Rigid-Jointed Space Frames •
Pin-Jointed Space Frames •
Comparison of Force and Displacement
Methods • Transformation Matrices –
Element Approach • Special Problems
and Techniques / Appendix A:
Comprehensive List of Standard Result /
Appendix B: Answers to Problems
International Edition
FUNDAMENTALS OF
STRUCTURAL ANALYSIS
4th Edition
by Kenneth M. Leet, Northeastern
University, Chia-Ming Uang, and Anne
Gilbert, Speigel Zamecnik & Shah
2010 / 864 Pages
ISBN : 9780071311151
Fundamentals of Structural Analysis
fourth edition, introduces engineering
and architectural students to the basic
techniques for analyzing the most
common structural elements, including
beams, trusses, frames, cables, and
arches. The text covers the classical
methods of analysis for determinate
and indeterminate structures, and
provides an introduction to the matrix
formulation on which computer analysis
is based.
FEATURES
• Design and layout has been
improved to better illustrate example
problems.
• The Solutions Manual has been
revised and checked for accuracy.
• The text contains a highly detailed,
realistic art program with fully drawn,
practical illustrations.
• Website will contain solutions
manual, image library, computer
problem solutions, and RISA
software.
CONTENTS
1. Introduction 2. Design Loads 3.
Statics of Structures-Reactions 4.
Trusses 5. Beams and Frames 6.
Cables 7. Arches 8. Live Load Forces:
Influence Lines for Determinate
Structures 9. Deflections of Beams and
Frames 10. Work-Energy Methods for
Computing Deflections 11. Analysis of
Indeterminate Structures by the
Flexibility Method 12. Analysis of
Indeterminate Beams and Frames by
the Slope-Deflection Method 13.
Moment Distribution 14. Indeterminate
Structures: Influence Lines 15.
Approximate Analysis of Indeterminate
Structures 16. Introduction to the
General Stiffness Method 17. Matrix
Analysis of Trusses by the Direct
Stiffness Method 18. Matrix Analysis of
Beams and Frames by the Direct
Stiffness Method
BASIC STRUCTURAL ANALYSIS
3rd Edition
by C S Reddy, Retired Principal, K S R
M College of Engineering, Kadapa
2010 / 860 Pages
ISBN : 9780070702769
The third edition of this highly acclaimed
text presents the basic principles of
classical and matrix structural analysis.
It provides a smooth transition from the
classical approaches that are based on
physical behaviour of structures in terms
of their deflected shapes to a formal
treatment of a general class of
structures by means of matrix
formulation in order to understand how
the structural problems can be
formulated in order to make them
suitable for computer programming.
FEATURES
• Offers complete coverage w.r.t. both
classical and matrix approaches.
• Includes computer programs with
flow charts on flexibility and stiffness
matrix methods.
• Step by step problem solving
methodology for all solved
examples.
CONTENTS
1. Introduction to Structural Analysis 2.
Statics of Structures 3. Plane Trusses 4.
Space Trusses 5. Displacements-
Geometric Methods 6. Displacements-
Energy Methods 7. Rolling Loads and
Influence Lines 8. Cables and
Suspension Bridges 9. Approximate
Analysis of Statically Indeterminate
Structures 10. I n d e t e r m i n a t e
Structures-Compatibility Methods 11.
Slope-Deflection Method 12. Moment
STRUCTURES: STEEL
Visit us at www.mhhe.com www.tatamcgrawhill.com 33
Distribution Method 13. Kani's Method
14. Column Analogy 15. Matrix Methods
of Structural Analysis 16. Transformation
of Information in Structures through
Matrices 17. Flexibility or Force Method
of Analysis 18. Stiffness or
Displacement Method of Analysis 19.
Plastic Analysis of Steel Structures
US Edition
THE STRUCTURAL ENGINEER’S
PROFESSIONAL TRAINING MANUAL
by Dave Adams, Registered Civil and
Structural Engineer, California.
2008 / 405 Pages
ISBN : 9780071481076
The Structural Engineer’s Professional
Training Manual covers all you need to
know but were never taught in
school.This one-stop resource takes
you through every major issue you will
encounter in practice—from day-to-day
workplace issues such licensing, liability,
and employment matters—to
understanding the properties of building
materials.
CONTENTS
1. The Dynamics of Training 2. The
World of Professional Engineering 3.
The Business of Structural Engineering
4. Building Projects 5. Bridge Projects 6.
Building Your Own Competence 7.
Communicating Your Designs 8.
Engineering Mechanics 9. Soil
Mechanics 10. Understanding the
Behavior of Concrete 11. Understanding
the Behavior of Masonry Construction
12. Understanding the Behavior of
Structural Steel 13. Understanding the
Behavior of Wood Framing / References
/ Index
STEEL STRUCTURES:
BEHAVIOR AND LRFD
by Ramulu S. Vinnakota, Marquette
University
2012 / 932 Pages
ISBN : 9781259025617
This textbook integrates both design
considerations of steel structures as
well as the behavior on which the design
specifications are based. Steel
Structures: Behavior and LRFD is
unique in that it has five introductory
chapters: an Introduction to motivate
student interest by showing and
discussing actual steel projects; Chapter
2 presents a discussion of steels as a
structural material; Chapter 3 provides a
broad introduction to structures; Chapter
4 discusses loads acting on structures
per ASCE Standards 7; and Chapter 5
explains calculations for simple
examples.
The other unique feature is thorough
coverage of connections. Connections
are the most important and least
understood components of steel
structures. Chapters 6, 12, and 13 are
devoted to this key topic.
FEATURES
• This text integrates both design of
steel structures with behavior of
steel by combining discussions of
steel behavior and the implications
for design.
• Utilizes 450 carefully drawn
illustrations of structural systems,
members, and bolted and welded
joints.
• Uses the latest LRFD Steel Manual
specifications; the LRFD Manual is
used and extensively referenced
throughout the text.
• 120 well explained worked out
example problems emphasizing the
application of design concepts are
included.
• An accompanying website (http://
www.mhhe.com/vinnakota) contains
extensive advanced steel design
and behavior coverage. These
additional topics are closely
integrated with the text.
CONTENTS
1. Introduction 2. Steels 3. Structures
4. Design Loads and Design Philosophy
5. Structural Analysis and Computation
of Required Strengths 6. Connectors 7.
Tension Members 8. Axially Loaded
Columns 9. Adequately Braced
Compact Beams 10. Unbraced Beams
11. Members under Combined Forces
12. Joints and Connecting Elements
13. Connections / Appendix to
Chapter 5: Introduction to Second-
Order Moments
STRUCTURES:
CONCRETE
International Edition
DESIGN OF CONCRETE
STRUCTURES
14th Edition
by Arthur H Nilson, Cornell
University—Ithaca; David Darwin,
University of Kansas—Lawrence and
Charles W Dolan, University of
Wyoming — Laramie
2009 / 864 Pages
ISBN : 9780071311397
The 14th edition of the classic text, De
sign of Concrete Structures, is
completely revised using the newly
released 2008 ACI Code. The text
covers the behavior and design aspects
of concrete and provides thoroughly
updated examples and homework
problems throughout.
The text presents the basic mechanics
of structural concrete and methods for
the design of individual members for
bending, shear, torsion, and axial force,
and also provides detail in the various
types of structural systems applications.
NEW TO THIS EDITION
• Updated to the newly released 2008
ACI Code.
• Updated homework problems.
STRUCTURES: STEEL • STRUCTURES: CONCRETE
34 Visit us at www.mhhe.com www.tatamcgrawhill.com
• Example problems are spelled out in
detail.
CONTENTS
1. Introduction 2. Materials 3. Flexural
Analysis and Design of Beams 4. Shear
and Diagonal Tension in Beams 5. Bond,
Anchorage, and Developmental Length
6. Serviceability 7. Analysis and Design
for Torsion 8. Short Columns 9. Slender
Columns 10. Strut-and-Tie Models 11.
Design of Reinforcement at Joints 12.
Analysis of Indeterminate Beams and
Frames 13. Analysis and Design of Slabs
14. Yield Line Analysis for Slabs 15. Strip
Method for Slabs 16. Footings and
Foundations 17. Retaining Walls 18.
Concrete Building Systems 19.
Prestressed Concrete 20. Seismic
Design / Appendix A Design Aids /
Appendix B SI Conversion Factors: Inch-
Pound Units to SI Unites
CONCRETE TECHNOLOGY
4th Edition
by M L Gambhir, Thapar Institute of
Engineering and Technology, Patiala
2009
ISBN : 9780070151369
The main purpose of this text is to
provide the basic principles and
sufficient information on the state of art
relating to all facets of manufacturing
and production processes in the making
of structural concrete. To cater to the
needs of the undergraduate level course
more emphasis is laid on the
fundamentals and practice.
A number of coloured photographs have
been provided in each chapter to
enhance comprehension and give the
reader new ideas about uses/
construction with concrete.
FEATURES
• Recent Technological advances
such as roller compacted concrete,
slurry infiltrated fibre concrete, and
slurry infiltrated mat concrete
(SIFCON, SIMCON) are discussed
elaborately.
• State of the art non-destructive
testing, strengthening of deficient/
damaged structures with composite
laminates.
• Deifferent methods of mix
proportioning are compared by
means of a mix design problem.
• A number of coloured photographs
have been provided in each chapter
Greater emphasis is laid on ready
mixed and pumped concretes in all
aspects.
• A section dealing with the design
and production of ultra lightweight
foamed concrete has been added.
CONTENTS
1. Concrete as Construction Material 2.
Concrete-Making Materials—I: Cement
3. Concrete-Making Materials—II:
Aggregate 4. Concrete-Making
Materials—III: Water 5. Admixtures and
Mineral Additives 6. Properties of Fresh
Concrete 7. Rheology of Concrete 8.
Properties of Hardened Concrete 9.
Quality Control of Concrete 10.
Proportioning of Concrete Mixes 11.
Production of Concrete 12. Concreting
Under Extreme Environmental
Conditions 13. Inspection and Testing 14.
Special Concretes and Concreting
Techniques 15. Deterioration of Concrete
and its Prevention 16. High Performance
Concretes 17. Repair Technology for
Concrete Structures
CONCRETE
3rd Edition
By P. Mehta & Paulo Monteiro
ISBN: 9780070636064
This comprehensive resource presents
the properties, behavior, and technology
of concrete in a straightforward and
hands-on manner. The Third Edition of
Concrete: Microstructure, Properties,
and Materials offers a three-part
approach, beginning with a section on
the microstructure and properties of
hardened concrete, followed by a
several chapters on concrete-making
materials and concrete processing, and
concluding with the latest advances in
concrete technology, mechanics, and
nondestructive testing methods. Each
chapter opens with a preview of the
material to be covered and closes with a
self-test to reinforce the topics learned
in the chapter. The book is filled with
hundreds of diagrams, photographs,
and tables.
CONTENTS
Part 1: MICROSTRUCTURE AND
PROPERTIES OF HARDENED
CONCRETE 1. Introduction 2.
Microstructure of Concrete 3. Strength
4. Dimensional Stability Chapter 5.
Durability PART 2 - CONCRETE:
MATERIALS, MIX PROPORTIONING,
AND EARLY-AGE PROPERTIES 6.
Hydraulic Cements 7. Aggregates 8.
Admixtures 9. Proportioning Concrete
Mixtures 10. Concrete at Early Ages 11.
Non-Destructive Methods PART3 -
RECENT ADVANCES AND
CONCRETE IN THE FUTURE 12.
Progress in Concrete Technology 13.
Advances in Concrete Mechanics 14.
The Future Challenges in Concrete
Technology "
PRESTRESSED CONCRETE
5th Edition
by N. Krishna Raju, Emeritus Professor
of Civil Engineering, M S Ramaiah
Institute of Technology, Bangalore
2012 / 836 Pages
ISBN : 9781259003363
The Fifth edition of this pioneer text has
been thoroughly revised to meet the
requirements of undergraduate and
postgraduate students of Civil,
Structural and Highway Engineering
streams and practicing structural
engineers. The book incorporates the
integrated limit state concepts in the
design of various types of Prestressed
concrete structures conforming to the
latest BIS & IRC codes. Design
concepts, construction and rehabilitation
techniques are well illustrated through
numerous worked out examples, figures
and case histories of actual structures.
FEATURES
• An ideal offering for the complete
course of Prestressed Concrete
STRUCTURES: CONCRETE
Visit us at www.mhhe.com www.tatamcgrawhill.com 35
• Latest BIS & IRC Codes used:
IS:1343, IRC:6, IRC: 18 & IRC: 21
• New Coverage on High
Performance Concrete &
Prestressed Nano Concrete
• Numerous design examples
emphasizing practical aspects of
construction
• Case histories of rehabilitation of
actual Prestressed concrete
structures
• Pedagogy:
• Solved Examples: 162
• Review Questions: 241
• Exercise Questions: 126
• MCQs: 220
CONTENTS
1. Introduction 2. Materials for
Prestressed Concrete 3. Prestressing
Systems 4. Analysis of Prestress and
Bending Stresses 5. Losses of
Prestress 6. Deflections of Prestressed
Concrete Members 7. Flexural Strength
of Prestressed Concrete Sections 8.
Shear and Torsional Resistance of
Prestressed Concrete Members 9.
Transfer of Prestress in Pretensioned
Members 10. Anchorage Zone Stresses
in Post-tensioned Members 11. Limitstate
Design Criteria for Prestressed
Concrete Members 12. Design of
Prestressed Concrete Sections 13.
Design of Pretensioned and Post-
Tensioned Flexural Members 14.
Composite Construction of Prestressed
and in situ Concrete 15. Statically
Indeterminate Structures 16.
Prestressed Concrete Pipes and Tanks
17. Prestressed Concrete Slabs and
Grid Floors 18. Prestressed Concrete
Shell and Folded Plate Structures 19.
Prestressed Concrete Poles, Piles,
Sleepers, Pressure Vessels and
Pavements 20. Introduction to Optimum
Design of Prestressed Concrete
Structures21. Prestressed Concrete
Bridges 22. Prestressed Concrete
Trusses 23. Planning and Economical
Aspects of Prestressed Concrete
Structures 24. Construction of
Prestressed Concrete Structures25.
Maintenance and Rehabilitation of
Prestressed Concrete Structures26.
Prestressed High-Performance
Concrete 27. Prestressed Nano
Concrete Appendix 1 Properties of
Prestressing Steels Appendix 2
Constants for Beam Sections Appendix
3 Post-tensioning Systems Appendix 4
Grouting of Post-tensioned Ducts
Appendix 5 Torsion Constant for
Rectangular Sections
REINFORCED CONCRETE DESIGN
2nd Revised Edition
by S N Sinha, Indian Institute of
Technology, New Delhi
2002 / 725 Pages
ISBN : 9780070473324
The new edition of the book is revised in
accordance with the latest edition of
Indian codes of practice IS: 456 - 2000
for Plain and Reinforced Concrete.
CONTENTS
1 Reinforced Concrete Materials. 2
Design Concepts. 3 Flexure. 4 Shear,
Torsion and Bond. 5 Serviceability
Require ments. 6 Beams. 7 Slabs. 8
Staircase. 9 Columns. 10 Retaining
Walls. 11 Foundation. Appendices. Index
US Edition
SCHAUM’S OUTLINE OF
REINFORCED CONCRETE DESIGN
3rd Edition
by Noel Everard, formerly University of
Texas
2004 / 368 Pages
ISBN : 9780070197725
CONTENTS
1 Materials and Components for
Reinforced Concrete Construction / 2
Gravity Loads Forces, Shear, Moments,
and Reactions / 3 Lateral Loads Forces,
Shear, Moments, and Reactions / 4
Alternate Design Method General
Requirements and Flexural
Computations / 5 Strength Design/6
Shear and Torsion / 7 Details of
Reinforcement / 8 Serviceability and
Deflections / 9 General Provisions for
Columns / 10 Short Columns Strength
Design / 11 Long Columns / 12 Footings
/ 13 The Equivalent Frame Method/14
Retaining Walls / Appendixes / Index
REINFORCED CONCRETE DESIGN
3rd Editon
by S. Unnikrishna Pillai, Fellow,
American Society of Civil Engineers,
Formerly Principal, Regional
Engineering College (now NIT), Calicut;
and Director, Cooperative Academy of
Professional Education; Devdas
Menon, Professor, Department of Civil
Engineering, Indian Institute of
Technology, Madras, Chennai
2009
ISBN : 9780070141100
This third edition of Reinforced Concrete
Design follows provisions of IS 456:
2000. The latest developments in the
field and certain additional topics have
been incorporated in this edition of the
book, which is being used by students,
teachers and design engineers. With
updated content this book presents a
state-of-the-art coverage of all the topics
in reinforced concrete design generally
required for a civil engineering degree
programme in Indian universities.
FEATURES
• Great emphasis on conceptual
clarity and strength in fundamental.
• Follows provisions of IS 456: 2000.
• Unique chapters on :
• Structural systems,
• Good detailing and construction
practices,
• Earthquake resistant design,
• Selected special topics like
Design Aids
• Incorporates the latest
developments in the field
• Major New sections
added:
• Combined flexure and axial
tension reinforced concrete walls,
• Design of pile caps, new
materials,
• Green Buildings
• Expansion/modifications of the
following:
• Strut-and-tie method,
• Yield line theory,
• Modified compression field
theory
STRUCTURES: CONCRETE
36 Visit us at www.mhhe.com www.tatamcgrawhill.com
• Expansion of chapter on Earthquake
Resistant Design (Chapter 16) to
include recent developments, such
as pushover analysis, problems
associated with open ground storey
buildings and modelling of infills in
frames.
CONTENTS
1. Reinforced Concrete Structures 2.
Basic Material Properties 3. Basic
DesignConcepts 4. Behaviour inFlexure
5. Design of Beams and One-Way Slabs
for Flexure 6. Design for Shear 7. Design
ForTorsion 8. Design for Bond 9. Analysis
for Design Moments in Continuous
Systems 10. Serviceability Limit States:
Defl ection and Cracking 11. De sign of
Two-WaySlab Systems 12. De sign of
Staircases 13. Design of Compression
Members 14. Design of Footings and
Retaining Walls 15. Good Detailing and
Construction Practices 16. Special
Provisions for Earthquake-Re sistant
Design 17. Selected Special Topics
US Edition
MODELING OF ASPHALT
CONCRETE
by Y. Kim, Professor in the Department
of Civil, Construction, and
Environmental Engineering, North
Carolina State University in Raleigh,
North Carolina.
2009 / 320 Pages
ISBN : 9780071464628
Filled with over 300 detailed illustrations,
this state-of-the-art engineering
resource offers you a hands-on
understanding of the Superpave
system—developed under the Strategic
Highway Research Program—which
gives pavement designers the tools
needed to tailor asphalt mixes to
specific traffic loads and climates. Using
international units throughout, the book
explains asphalt rheology…constitutive
materials… stiffness
characterizations…and models for low
temperature cracking, fatigue cracking,
rutting, and aging.
CONTENTS
Part 1: Asphalt Rheology Part 2:
Constitutive Materials Part 3: Stiffness
Characterizations Part 4: Models for
Low Temperature Cracking Part 5:
Models for Fatigue Cracking and
Moisture Damage Part 6: Models for
Rutting
PLUMBING
PLUMBING : DESIGN AND
PRACTICE
by S. Deolalikar
1993 / 300 Pages
ISBN : 9780074620694
CONTENTS
1. Aims and Objectives of Design 2.
Plumbing Hydraulics 3. Plumbing
Fixtures 4. Drainage and Waste Water
Disposal 5. Rain Water Disposal 6.
Water Supply 7. Hot Water System 8.
Corrosion 9. Water Treatment 10.
Pumping Systems 11. Specialised
Services 12. Fire Suppression Systems
13. Planning and Coordination.
WATER / WASTE
WATER/SOLID WASTE
ENGINEERING
WASTEWATER ENGINEERING:
TREATMENT AND REUSE
4th Edition
by Metcalf, Metcalf & Eddy, Inc. New
York
2003 / 752 Pages
ISBN : 9780070495395
CONTENTS
1. Wastewater Engineering : An
Overview 2. Constituents in Wastewater
3. Analysis and Selection of Wastewater
Flowrates and Constituent Loading 4.
Introduction to Process Analysis and
Selection 5. Physical Unit Operations 6.
Chemical Unit Processes 7.
Fundamentals of Biological Treatment 8.
Suspended Growth Biological Treatment
Processes 9. Attached Growth and
Combined Biological Treatment
Processes 10. Anaerobic Suspended
and Attached Growth Biological
Treatment Processes 11. Advanced
Wastewater Treatment 12. Disinfection
Processes 13. Water Reuse 14.
Treatment, Reuse and Disposal of Solids
and Biosolids 15. Issues Related to
Treatment-Plant Performance
Appendixes Indexes
WASTEWATER TREATMENT FOR
POLLUTION CONTROL AND REUSE
3rd Edition
by Soli. J Arceivala; Shyam. R
Asolekar
2006
ISBN : 9780070620995
CONTENTS
1. Ecosystem Approach to Pollution
Control 2. Planning for Wastewater
Collection, Treatment and Disposal 3:
Principles of Aerobic Bio-Reactor Design
4: Principles of Aerobic Biological
Treatment 5: Principles of Aeration 6:
Some Aerobic Biological Treatment
Methods 7: UASB and other Anaerobic
Systems 8: Mechanically Aerated
Lagoon 9: Natural Systems - 1 10:
Natural Systems - 2 11: Natural Systems
- 3 12: Physico-Chemical Treatment
Methods 13: Solid Settling and Sludge
Management 14: Water Conservation
and Reuse in Industry and Agriculture
15: Water Renovation and Reuse to
Augment Urban Water Supplies 16:
Guidelines for Planning and Designing
Treatment plants and CETPs17: The
Many Facets of Sustainable Waste
Management
STRUCTURES: CONCRETE • PLUMBING • WATER / WASTE WATER/SOLID WASTE ENGINEERING
Visit us at www.mhhe.com www.tatamcgrawhill.com 37
International Edition
WATER CHEMISTRY
by Mark M Benjamin, University of
Washington
2001 / 704 Pages
ISBN : 9780071202398
This book effectively conveys the key
concepts of equilibrium chemistry,
particularly as they apply to natural and
engineered aquatic systems. The
coverage is rigorous and thorough, but
the author assumes little prior
knowledge of chemistry on the part of
the readers, and writes in a style that is
easily accessible to students.
CONTENTS
1: Concepts in Aquatic Chemistry. 2:
Potentials, Energy, and Forces: Ways to
Interpret Changes in Physical/Chemical
Systems. 3: Acids and Bases, Part 1.
Acid/Base Speciation and Exact
Solutions to Acid/Base Problems. 4:
Acids and Bases Part 2. Approximate
Solutions to Acid/Base Problems Using
Spreadsheets and Log C-pH Diagrams.
5: Titrations and Buffers. 6: Software for
Solving Chemical Equilibrium Problems.
7: Gas/Liquid Equilibrium. 8: Chemistry
of Metals in Aqueous Systems. 9:
Redox Chemistry. 10:Adsorption
Reactions.
US Edition
INDUSTRIAL WATER QUALITY
4th Edition
by W. Wesley Eckenfelder, Jr.; Davis
L. Ford; Andrew Englande, Jr
2009 / 956 Pages
ISBN : 9780071548663
The classic guide to controlling
industrial water pollution–updated with
the latest regulations and new
technologies
Turn to the Fourth Edition of Industrial
Water Quality for guidance on state-ofthe-
art methods for optimizing or
upgrading existing wastewater treatment
systems, as well as selecting the best
treatment options to solve specific
wastewater problems. This hands-on
tool reflects today’s more stringent
water-quality regulations and the new
technologies developed to meet them.
Filled with examples and case studies
from a variety of industries, the book
covers reverse osmosis or alternative
membrane processes and discusses
Biological Nutrient Removal (BNR)
processes.
CONTENTS
Chapter 1. Source and Characteristics
of Industrial Wastewaters Chapter 2.
Wastewater Treatment Processes
Chapter 3. Pre- and Primary Treatment
Chapter 4. Coagulation, Precipitation
and Metals Removal Chapter 5. Aeration
and Mass Transfer Chapter 6. Principles
of Aerobic Biological Oxidation Chapter
7. Biological Wastewater Treatment
Processes Chapter 8. Adsorption
Chapter 9. Ion Exchange Chapter 10.
Chemical Oxidation Chapter 11. Sludge
Handling and Disposal Chapter 12.
Miscellaneous Treatment Processes
Chapter 13. Pollution Sources and
Control of Residuals from Exploration
and Production of Oil and Natural Gas
Chapter 14. Chlorinated Compounds,
VOCs, and Odor Control Chapter 15.
Waste Minimization and Water Reuse
Chapter 16. Allocation of Superfund
Disposal Site Response Costs Chapter
17. Industrial Pretreatment Chapter 18.
Environmental Economics / Index
International Edition
WATER SUPPLY AND SEWERAGE
6th Edition
by Terence McGhee, Lafayette College
1991 / 704 Pages
ISBN : 9780071008235
International Edition
INTEGRATED SOLID WASTE
MANAGEMENT
by George Tchobanoglous, University
of California at Davis; Hilary Theisen,
Brown and Caldwell Consulting
Engineers; Samuel A. Vigil, California
Polytechnic State University
1993 / 992 Pages
ISBN : 9780071128650
CONTENTS
Part I: Perspectives/1 Evolution of
Solid Waste Management/2 Legislative
Trends and Impacts/Part II: Sources,
Composition, and Properties of Solid
Waste/3 Sources, Types, and
Composition of Municipal Solid Waste/4
Physical, Chemical, and Biological
Properties of Municipal Solid Waste/5
Sources, Types and Properties of
Hazardous Wastes Found In Municipal
Solid Waste/Part III: Engineering
Principles/6 Generation of Solid
Wastes/7 Waste Handling and
Separation, Storage, and Processing at
the Source/8 Collection of Solid Wastes/
9 Separation and Processing and
Transformation of Waste Materials/10
Transfer and Transport/11 Disposal and
Solid Wastes and Residual Matter/Part
IV: Separation, Transforma-tion, and
Recycling of Waste Materials/12
Materials Separation and Processing
Technologies/13 Thermal Conversion
Technologies/14 Biological and
Chemical Conversion Technologies/15
Recycling of Materials Found in
Municipal Solid Waste/Part V: Closure,
Restoration, and Rehabilitation of
Landfills/16 Remedial Actions for
WATER / WASTE WATER/SOLID WASTE ENGINEERING
38 Visit us at www.mhhe.com www.tatamcgrawhill.com
Abandoned Waste Disposal Sites/Part
VI: Solid Waste Management and
Planning Issues/17 Meeting Federal
and State Mandated Diversion Goals/18
Implementation of Solid Waste
Management Options/19 Planning,
Siting, and Permitting of Waste
Management Facilities/Appendixes
US Edition
WATER LOSS CONTROL
2nd Edition
by Julian Thornton Chairs the subcommittee
writing the Third Edition of
the American Water Works Association
(AWWA) M36 publication Water Audits
and Loss Control Programs; Reinhard
Sturm, Water loss control specialist;
Goerge Kunkel, Registered
professional engineer, Philadelphia
Water Department.
2008 / 300 Pages
ISBN : 9780071499187
The Second Edition of Water Loss
Control Manual updates methodologies,
technologies, tables, figures,
references, and case studies to reflect
current industry practice. The ideal
water practitioner’s tool kit, it offers
hands-on guidance in selecting the
correct tools and methods for each
system and water loss problem.
ENVIRONMENTAL
ENGINEERING
A TEXTBOOK OF ENVIRONMENTAL
STUDIES
by Shashi Chawla, Assistant
Professor,Department of Applied
Sciences, Amity School of Engineering
and TechnologyDelhi
2012 / 356 Pages
ISBN : 9781259006388
This book on Environmental Studies by
Dr. Shashi Chawla is designed to
develop visual“and spontaneous
learning through a simple and holistic
approach. The author has“presented the
global subject of environmental studies
in the Indian context with ample“Case
Studies and examples from India.
Several memory aids along with well
labeled“illustrations and flowcharts will
make the book easy to read,
understand and implement“by students.
FEATURES
• Complete Coverage of the course
on “Environmental Studies”
• Multitude of flowcharts and
illustrations for clear understanding
of concepts
• Thoughtful and balanced mix of
latest Case Studies and facts
pertaining to environmental
concerns
• Excellent pedagogy:
• Theory Questions: 162
• Solved Examples: 26
• Case Studies: 41
• Fill-in the Blanks: 119
• Match-ups: 20
• Multiple Choice Questions: 102
• True & False: 85
• Total - 555
CONTENTS
1. Multidisciplinary Nature of
Environmental studies 2. Natural
Resources 3. Ecosystems 4.
Biodiversity and Its Conservation 5.
Environmental Pollution and Its Effects
6. Social Issues and the Environment
7. Human Population and the
Environment 8. Field work
NVIRONMENTAL STUDIES
2nd Editon
by Benny Joseph, Assistant Professor,
Civil Engineering, Centre for Water
Resources, College of Engineering,
Guindy, Anna University
2008 / 372 Pages
ISBN : 9780070648135
This book is intended for the Course on
Environmental Studies for graduate
students in Indian universities
irrespective of their major subject of
study. While meeting the requirements
of the syllabus, this book adopts a
holistic approach to the subject for easy
and logical comprehension. The
contents have been prepared keeping in
mind the widest possible variations in
the background of the users.
FEATURES
• Comprehensive coverage of
Pollution, Components of
Environment and Biodiversity
• In-depth coverage of Genetic
Engineering in relation to
Biodiversity and Catalytic
Converters and Electrostatic
Precipitators
• Topical coverage on International
Conventions and Protocols for
Environmental Protection
• Quality Diagrams for clear
understanding of the concepts
RICH PEDAGOGY INCLUDES
• 203 Review questions
• 146 Objective-type questions
• 136 Short-answer questions.
• 35 Case-studies on Indian scenario
CONTENTS
1. Introduction 2. Components of
Environment 3. Natural Resources 4.
Ecology 5. Biodiversity 6. Environmental
Pollution 7. Social Issues and the
Environment 8. Human Population and
the Environment
WATER / WASTE WATER/SOLID WASTE ENGINEERING • ENVIRONMENTAL ENGINEERING
Visit us at www.mhhe.com www.tatamcgrawhill.com 39
ENVIRONMENTAL ENGINEERING
(Special Indian Edition)
by Gerard Kiely, University College
Cork (Ireland)
2006 / 910 Pages
ISBN : 9780070634299
Focusing on the importance of
knowledge of environment and its
issues with all disciplines of engineering,
this book discusses the various
segments of environment. The concerns
related to Ecology, Air, Noise, Water and
Waste water are mentioned along with
measures to overcome them.
FEATURES
• Extensive coverage of Pollution of
Ecology, Water, Noise, Air etc.
• Various Environmental Engineering
Technologies like Water Treatment,
Wastewater Treatment, Sludge
Treatment, Solid Waste Treatment
are discussed.
• Chapters on Waste Minimization
and Environmental Impact
Assessment discuss Environmental
Management and its importance
CONTENTS
Part One: Essential Background to
Environmental Engineering 1. History
and Legal Framework 2. Ecological
Concepts and Natural Resources 3.
Introduction to Chemistry and
Microbiology in Environmental
Engineering 4. oncepts in Hydrology
Part Two: Pollution Environmental 5.
Ecology Systems, Disturbances and
Pollution 6. Water Pollution: Ecological
Perspectives 7. Water Quality in Rivers
and Lakes: Physical Processes 8. Air
Pollution 9. Noise Pollution 10.
Agricultural Pollution Part Three:
Environmental Engineering Technology
11. Water Treatment 12. Waste Water
Treatment 13. Anaerobic Digestion and
Sludge Treatment 14. Solid Waste
Treatment 15. Hazardous Waste
Treatment 16. Industrial Air Emissions
Control 17. Agricultural Pollution Control
INTRODUCTION TO
ENVIRONMENTAL ENGINEERING
4th Edition
(Special Indian Edition)
by Mackenzie L. Davis, Michigan State
University; David A. Cornwell,
Environmental Engineering &
Technology, Inc.
2009
ISBN: 9780070671171
This book provides a comprehensive
exposure to the essential science and
engineering principles needed for an
introductory course on environmental
engineering. With numerous chapterend
problems, provocative discussion
questions, and excellent case studies,
the text is both a comprehensive and
comprehensible tool for students and
instructors.
FEATURES
• Three new chapters on Ecosystem ,
Sustainable Energy, Mineral and
Soil Resources Material and Energy
Balances
• New topical coverage on Collection,
Conveyance and Distribution of
Water Sewer Systems-Design,
Laying and Appurtenances,
Biodiversity and Bioreactor Landfills
• Real life case studies for better
comprehension of concepts
• Exhaustive pedagogical features
include
• 148 Solved examples
• 262 Review questions
• 347 Problems
• 85 Discussion questions
• 391 Illustrations
CONTENTS
1. Introduction 2. Materials and Energy
Balances 3. Sustainable Energy,
Mineral and Soil Resources 4.
Ecosystems 5. Hydrology 6. Water
Treatment 7. Water Quality
Management 8. Wastewater Treatment
9. Air Pollution 10. Noise Pollution 11.
Solid Waste Management 12.
Hazardous Waste Management 13.
Ionizing Radiation; Appendix A
Properties of Air, Water, and Selected
Chemicals A.1–A.8; Appendix B Noise
Computation Tables and Nomographs
International Edition
ENVIRONMENTAL ENGINEERING
by Howard Peavy, University of IDAHO
1985 / 640 Pages
ISBN : 9780071002318
CONTENTS
1. Introduction 2. Water Quality;
Definitions, Characteristics, and
Perspectives 3. Water Purification 4.
Engineered Systems for Wastewater
Treatment and Disposal 5.
Environmental Engineering Hydraulics
Design 6. Air Quality Definitions,
Characteristics, and Perspectives 7.
Engineered Systems for Air Pollution 8.
Solid Waste Definitions, Characteristics,
and Perspectives 9. Engineered
Systems for Solid Waste Management
10. Engineered Systems for Resource
and Energy Recovery
CHEMISTRY FOR ENVIRONMENTAL
ENGINEERING AND SCIENCE
5th Edition
by Clair N. Sawyer (deceased);
Perry McCarty, Stanford University;
Gene F. Parkin, University of Iowa,
Iowa City
2003 / 768 Pages
ISBN : 9780070532441
CONTENTS
I Fundamentals of Chemistry for
Environmental Engineering and
Science: 1. Introduction. 2. Basic
Concepts from General Chemistry. 3.
Basic Concepts from Physical
Chemistry. 4. Basic Concepts from
Equilibrium Chemistry. 5. Basic
Concepts from Organic Chemistry. 6.
Basic Concepts from Biochemistry. 7.
Basic Concepts from Colloid Chemistry.
8. Basic Concepts from Nuclear
Chemistry. II Water and Wastewater
Analysis: 9. Introduction. 10. Statistical
Analysis of Analytical Data. 11. Basic
Concepts from Quantitative Chemistry.
12. Instrumental Methods of Analysis.
13. Turbidity. 14. Color. 15. Standard
Solutions. 16. pH. 17. Acidity. 18.
Alkalinity. 19. Hardness. 20. Residual
ENVIRONMENTAL ENGINEERING
40 Visit us at www.mhhe.com www.tatamcgrawhill.com
Chlorine and Chlorine Demand. 21.
Chloride. 22. Dissolved Oxygen. 23.
Biochemical Oxygen Demand. 24.
Chemical Oxygen Demand. 25.
Nitrogen. 26. Solids. 27. Iron and
Manganese. 28. Fluoride. 29. Sulfate.
30. Phosphorus and Phosphate. 31. Oil
and Grease. 32. Volatile Acids. 33. Gas
Analysis. 34. Trace Contaminants.
Appendix A: Thermodynamic
Properties (25 degrees C). Appendix B:
Acronyms, Roman Symbols, and Greek
Symbols
International Edition
INTRODUCTION TO ENGINEERING
AND THE ENVIRONMENT
by Edward S Rubin and Cliff
Davidson, both of the Carnegie Mellon
University
2001 / 576 Pages
ISBN : 9780071181853
This book covers a broad range of
topics for an introductory course in
Environmental Engineering. It is set up
in a case study format. Through
applications in different engineering
domains, students develop the
fundamental skills and insights needed
to recognize and address environmental
problem solving opportunities.
CONTENTS
I: Motivation and Framework. 1.
Engineering and the Environment. 2.
Overview of Environmental Issues. II:
Case Studies in Design for the
Environment. 3. Automobiles and the
Environment. 4. Batteries and the
Environment . 5. Power Plants and the
Environment. 6. Refrigeration and the
Environment. 7. Environmental Life
Cycle Assessments. III: Case Studies
in Environmental Modeling. 8.
Controlling Urban Smog. 9. CFCs and
the Ozone Layer. 10. Global Warming
and Climate Change. 11. Toxic Metals in
the Environment. 12. PCBs in the Aquatic
Environment. IV: Topics in Engineering
and Environmental Policy. 13.
Economic Analysis. 14. Environ-mental
Risk and Decision Analysis. Appendices
International Edition
PRINCIPLES OF ENVIRONMENTAL
ENGINEERING & SCIENCE
2nd Edition
by Mackenzie L. Davis, Michigan State
University-East Lansing, and Susan J.
Masten, McMaster University, Second
Edition
2008 / 736 Pages
ISBN : 9780071287807
Principles of Environmental Engineering
is intended for a course in introductory
environmental engineering for
sophomore- or juniorlevel students. The
emphasis of this text is on engineering
principles rather than on engineering
design. Students should understand
such calculus topics as differentiation,
integrations, and differential equations.
Principles places more emphasis on
scientific principles, ethics, and safety,
and focuses less on engineering design.
The text exposes students to a broader
range of environmental topics through
separate chapters on ecosystems,
geological and soil resources, and
agricultural effects. This new edition
includes a new chapter on Biology,
updated science and technology
discussions to reflect the latest trends
and new case studies in each chapter.
NEW TO THIS EDITION
• New Chapter on Biology
• New case studies
• Updated science and technology
discussion to reflect latest trends.
• Increased number of problems at
the end of each chapter.
FEATURES
• Teaches through an emphasis on
concepts, definitions, descriptions
and abundant illustrations. Scientific
principles are emphasized and
design aspects are discussed in
abbreviated form.
• Chemistry review chapter
• Includes chapters on Ecosystems,
Soil and Geological Resources, and
Agricultural Impacts.
• The concept of mass balance as a
tool for problem-solving is a theme
throughout the text.
• Exclusively uses SI units.
CONTENTS
1. Introduction 2. Chemistry 3. Biology
4. Materials and Energy Balances 5.
Ecosystems 6. Risk Perception,
Assessment and Management 7.
Hydrology 8. Sustainable Energy, Mineral
and Soil Resources 9. Water Quality
Management 10. Water Treatment 11.
Wastewater Treatment 12. Air Pollution
13. Solid Waste Management 14.
Hazardous Waste Management 15.
Noise Pollution 16. Ionizing Radiation /
Appendix A: Properties of Air, Water, and
Selected Chemicals
US Edition
PRINCIPLES OF ENVIRONMENTAL
SCIENCE: INQUIRY AND
APPLICATIONS
5th Edition
by William P. Cunningham University
of Minnesota–Minneapolis; Mary Ann
Cunningham Vassar College
2009 / 448 Pages
ISBN : 9780077270643
CONTENTS
1. Understanding Our Environment 2.
Environmental Systems: Connections,
Cycles, Flows, and Feedback Loops 3.
Evolution, Species Interactions, and
Biological Communities 4. Human
Populations 5. Biomes and Biodiversity
6. Environmental Conservation: Forests,
Grasslands, Parks, and Nature
Preserves 7. Food and Agriculture 8.
Environmental Health and Toxicology 9.
Air: Climate and Pollution 10. Water:
Resources and Pollution 11.
Environmental Geology and Earth
Resources 12. Energy 13. Solid and
Hazardous Waste 14. Economics and
Urbanization 15. Environmental Policy
and Sustainability
ENVIRONMENTAL ENGINEERING
Visit us at www.mhhe.com www.tatamcgrawhill.com 41
PRINCIPLES OF ENVIRONMENTAL
SCIENCE: INQUIRY AND
APPLICATIONS
4th Edition
(Special Indian Edition)
by William P. Cunningham,
University of Minnesota; Mary Ann,
Cunningham Vassar College, New
York
2006 / 438 Pages
ISBN : 9780070647725
Environmental Science as a subject has
been proposed by the UGC, to be
included in every under graduate
course. This book consequently will
have the potential to serve the needs of
a huge number of students. The book
focuses on key principles, scientific
methods and ideas, with special
reference to case studies and current
events, which can help a student to
appreciate the subject in a holistic
manner.
FEATURES
• Packed with strong pedagogical
tools, including Case Studies, Data
Analysis Boxes, Applications,
Exploring Science, etc.
• Over 500 diagrams and illustrations
add to the visual presentation. Text
gives an account of the various
environmental laws and policies that
are being implemented globally.
CONTENTS
Chapter 1. Understanding Our
Environment Chapter 2. Environmental
Systems: Connections, Cycles, Flows,
and Feedback Loops. Chapter 3.
Species Populations, Interactions, and
Communities. Chapter 4. Human
Populations. Chapter 5. Biomes and
Biodiversity Chapter 6. Environmental
Conservation: Forests, Grasslands,
Parks, and Nature Preserves Chapter 7.
Food and Agriculture Chapter 8.
Environmental Health and Toxicology
hapter 9. Air: Climate and Pollution
Chapter 10. Water: Resources and
Pollution Chapter 11. Environmental
Geology and Earth Resources Chapter
12. Energy Chapter 13. Solid and
Hazardous Waste Chapter 14.
Economics and Urbanization Chapter
15. Environmental Policy and
Sustainability
International Edition
ENVIRONMENTAL IMPACT
ASSESSMENT
2nd Edition
by Larry Canter, University of
Oklahoma
1996 / 480 Pages
ISBN : 9780071141031
CONTENTS
1. National Environmental Policy Act
and Its Implementation. 2. Planning and
Management of Impact Studies. 3.
Simple Methods for Impact Identification
Matrices, Networks and Checklists. 4.
Description of Environmental Setting. 5.
Environmental Indices and Indicators for
Describing the Affected Environment. 6.
Prediction and Assessment of Impacts
on the Air Environment. 7. Prediction
and Assessment of Impacts on the
Surface Water Environment. 8.
Prediction and Assessment of Impacts
on the Soil and Ground Water
Environment. 9. Prediction and
Assessment of Impacts on the Noise
Environment. 10. Prediction and
Assessment of Impacts on the
Biological Environment. 11. Habitat
Methods for Biological Impact Prediction
and Assessment. 12. Prediction and
Assessment of Impacts on the Cultural
(Historical/Archaeological)Environ-ment.
13. Prediction and Assessment of Visual
Impacts. 14. Prediction and Assessment
of Impacts on the Socioeconomic
Environment. 15. Decision Methods for
Evaluation of Alternatives. 16. Public
Participation in Environmental Decision
Making. 17. Environmental Monitoring •
Appendixes
US Edition
GLOBAL WARMING AND CLIMATE
CHANGE DEMYSTIFIED
by Jerry Silver
2008 / 289 Pages
ISBN : 9780071502405
This important guide addresses the
causes of global warming and its effects
on the Earth's climate in bestselling
Demystified format. You will learn about
the physical science behind climate
change, including the chemical
processes that upset the Earth's thermal
balance. The book makes a distinction
between what is known for certain, what
many scientists now believe to be true,
and what is informed speculation,
subject to further interpretation. It then
presents a wide range of solutions
which can be pursued by individuals, as
well as society as a whole.
SOIL MECHANICS
ENGINEERING PROPERTIES OF
SOILS AND THEIR MEASUREMENT
4th Edition
by Joseph E. Bowles, Consulting
Engineering/ Softerware Consultant,
Engineering Computer Software
2012 / 378 Pages
ISBN : 9781259027475
The fourth edition has been revised to
reflect new industry and reference
computer program usage. The book
contains a wide variety of soils test and
experiments.
CONTENTS
Soil Mechanics Definitions, Laboratory
Procedures and Report Preparation 1.
Water-Content Determination 2. Field
Collection of a Soil Sample 3. Liquid and
Plastic Limits of a Soil 4. Shrinkage Limit
5. Grain Size Analysis-Mechanical
Method 6. Grain Size Analysis-
Hydrometer Method 7. Specific Gravity
ENVIRONMENTAL ENGINEERING • SOIL MECHANICS
42 Visit us at www.mhhe.com www.tatamcgrawhill.com
of Soil Solids 8. Classification of Soils 9.
Moisture-Unit Weight Relationships
(Compaction Test) 10. Determination of
In-Place Soil Density 11. Coefficient of
Permeability-Constant Head Method 12.
Coefficient of Permeability-Falling Head
Method 13. Consolidation Test 14.
Unconfined Compression Testing 15.
Triaxial Test-Without Pore-Pressure
Measurements 16. Triaxial Test-With
Pore-Pressure Measurements 17. Direct
Shear Test 18. Relative-Density
Determination 19. California Bearing-
Ratio (CBR) 20. Flow-Net Construction
Using an Electrical Analogy 21.
Volumetric-Gravimetric Relationships 22.
Unit Weight of Cohesive Soils
DESIGN AIDS IN SOIL MECHANICS
& FOUNDATION ENGINEERING
by R. Kaniraj, Indian Institute of
Technology, New Delhi
2001 / 700 Pages
ISBN : 9780074517147
CONTENTS
1. Fundamental Definitions, Relationships
and Inter-Relationships 2. Index
Properties 3. Soil Classification 4. Soil
Compaction 5. Flow Through Soils
(Steady State) 6. Effective Stress
Principle 7. Consolidation 8.
Development of Pore Water Pressure
and Pore Water Pressure Parameters 9.
Shear Strength of Saturated Soils 10.
Foundation Loads 11. Location and
Depth of Foundations 12. Bearing
Capacity of Shallow Foundations 13.
Elastic Solutions for Vertical Stresses
and Displacements in Soils 14.
Settlement of Shallow Foundations 15.
Pile Foundations 16. Lateral Earth
Pressure 17. Earth Retaining Structures
18. Stability of Earth Slopes 19.
Subsurface Investigation 20. Dynamic
Analysis of Foundations
IRRIGATION
ENGINEERING
IRRIGATION ENGINEERING
by N N Basak, Malda Polytechnic,
Malda, West Bengal
2001 / 340 Pages
ISBN : 9780074635384
Completely covers the diploma level
syllabus of various State Boards of
Technical Education and of AMIE
section -B for the course on Irrigation
Engineering. Salient Features Follows a
simple and lucid approach; Over 275
illustrations to support theory; 39 solved
numerical problems interspersed within
chapters; Exercises provided at the end
of each chapter includes fill-in the blank
questions [151] and short answer
questions[117]; An appendix containing
100 multiple-choice questions with
answers and 143 review questions with
hints.
CONTENTS
1 Introduction. 2 Water Requirement of
Crops and Soil- Water Relationship. 3
Hydology. 4 Lift Irrigation. 5 Flow
Irrigation. 6 Canal Section. 7 Canal
Lining. 8 Drainage Channel Design. 9
Design of Irrigation canal. 10 Canal Head
Works. 11 Weir and Barrage. 12 Spill
Ways. 13 Cross-Drainage Works. 14
Canal Falls. 15 Inland Navigation. 16
Dam. 17 Reservoir Planning, Water
Management and Water Laws. 18 Water
Logging and Watershed Management.
19 River Gauging. 20 River Training
Works. 21 Flood Control Works.
AIR POLLUTION
AIR POLLUTION
by M.N. Rao, TTTI, Chennai
1989 / 350 Pages
ISBN : 9780074518717
CONTENTS
1. Introduction. 2. Sources and
Classification of Air Pollutants. 3.
Meteorology and Air Pollution. 4.
Industrial Plant Location and City
Planning. 5. Effects of Air Pollution on
Human Health. 6. Effects of Air Pollution
on Animals. 7. Effects of Air Pollution on
Plants. 8. Economic Effects of Air
Pollution. 9. Sampling Procedures. 10.
Analytical Methods. 11. Air Pollution Due
to Automobiles. 12. Photochemical Air
Pollution. 13. Control of Air Pollution by
Equipment. 14. Smoke and its Control.
15. Control of Gaseous Contaminants.
16. Odours and Their Control. 17.
Control of Air Pollution by Process
Changes. 18. Air Pollution from Major
Industrial Operations. 19. Air Quality and
Emission Standards. 20. Air Pollution
Indices. 21. Air Pollution Survey. 22. Air
Pollution Legislation and Regulations.
23. Air Pollution in Indian Cities. 24.
Miscellaneous Current Topics.
International Edition
AIR POLLUTION CONTROL
ENGINEERING
2nd Edition
by Noel DeNevers, University of Utah
2000 / 608 Pages
ISBN : 9780071162074
This text covers the whole air pollution
field, from an engineering perspective.
The principal topics are control devices
and their theory. The book uses many
more examples than other texts to help
the student see the magnitudes of
important quantities and to show and
practice the practical application of
theoretical treatments presented. The
other half is devoted to topics that form
SOIL MECHANICS • IRRIGATION ENGINEERING • AIR POLLUTION
Visit us at www.mhhe.com www.tatamcgrawhill.com 43
some of the background for the
selection of such devices, i.e., air
pollution effects, the structure of U.S. air
pollution law, atmospheric models, etc.
CONTENTS
Chapter 1: Introduction to Air Pollution
Control. Chapter 2: Air Pollution Effects.
Chapter 3: Air Pollution Control Laws and
Regulations, Air Pollution Control
Philosophies. Chapter 4: Air Pollution
Measurements, Emission Estimates.
Chapter 5: Meteorology for Air Pollution
Control Engineers. Chapter 6: Air
Pollutant Concentration Models. Chapter
7: General Ideas in Air Pollution Control.
Chapter 8: The Nature of Particulate
Pollutants. Chapter 9: Control of Primary
Particulates. Chapter 10: Control of
Volatile Organic Compounds (VOCs).
Chapter 11: Control of Sulfur Oxides.
Chapter 12: Control of Nitrogen Oxides.
Chapter 13: The Motor Vehicle Problem.
Chapter 14: Air Pollutants and Global
Climate. Chapter 15: Other Topics.
Appendixes. Answers to Selected
Problems
HAZARDOUS WASTE
International Edition
HAZARDOUS WASTE
MANAGEMENT
2nd Edition
by Michael D. LaGrega, ERM, Inc.,
Bucknell University; Philip L.
Buckingham, ERM, Inc.; Jeffery C.
Evans, Bucknell University
2001 / 1184 Pages
ISBN : 9780071181709
The The book can serve as an ideal
textbook for both undergraduate and
gradu ate courses in Urban
Transportation Planning. It fills an
appropriate and important niche by
giving proper emphasis to what “actors”
and activities can influence the quality of
the planning process and its eventual
impact on a community. The
incorporation of major legislation
(ISTEA, CAAA, ect.) and other
developments (GIS, traffic impact
analysis, 1000 Friends of Oregon, ect.)
that affect transportation planning
distinguishes the text among others in
the area.
CONTENTS
I Fundamentals. 1 Hazardous Waste.
2 The Legal Framework. 3 Process
Fundamentals. 4 Fate and Transport of
Contaminants. 5 Toxicology. II Current
Management Practices. 6
Environmental Audits. 7 Pollution
Prevention. 8 Facility Development and
Operations. III Treatment and Disposal
Methods. 9 Physico-Chemical
Processes. 10 Biological Methods. 11
Stabilization and Solidification. 12
Thermal Methods. 13 Land Disposal. IV
Site Remediation. 14 Quantitative Risk
Assessment. 15 Site and Subsurface
Characterization. 16 Remedial
Technologies. 17 Evaluation and
Selection of Remedial Actions and
Corrective Measures. A Basel
Convention. B Contaminant Properties.
C Thermodynamic Properties. D
Conversion Factors.
HYDROLOGY /
SEDIMENT TRANSPORT
ENGINEERING HYDROLOGY
3rd Edition
by K. Subramanya, Retired, Professor
of Civil Engineering, Indian Institute of
Technology, Kanpur
2008 / 432 Pages
ISBN : 9780070648555
This book, meant for the undergraduate
students of civil engineering, written in a
simple and lucid style. It focuses on the
Indian scenario of water resources with
orientation to tropical climates.
Comprehensive coverage and clear
explanations make the book very
student friendly
FEATURES
• Emphasis on current water
resources scenario in India with
authentic and updated statistical
data
• New chapter on Erosion and
Reservoir Sedimentation
• Contains latest technologies and
applications GPS, GIS and Remote
sensing in various aspects of
applied hydrology
• Comprehensive coverage with
emphasis on applicability of
concepts presented to field
situations relevant to Indian
conditions
CONTENTS
1. Introduction 2. Precipitation 3.
Abstractions from Precipitation 4.
Streamflow Measurement 5. Runoff 6.
Hydrographs 7. Floods 8. Flood Routing
9. Groundwater 10. Erosion and Reser
voir Sedimentation / Appendix A: Addi
tional Reference, Some Useful
Websites, Abbreviations / Appendix B:
Conversation Factors / Answers to
Objective Questions
AIR POLLUTION • HAZARDOUS WASTE • HYDROLOGY / SEDIMENT TRANSPORT
44 Visit us at www.mhhe.com www.tatamcgrawhill.com
FLOW IN OPEN CHANNELS
3rd Edition
by K Subramanya, Formerly with Indian
Institute of Technology, Kanpur
2008 / 576 Pages
ISBN : 9780070086951
This book is intended to meet the re
quirements of Flow in Open Channels
course taken by the undergraduate and
postgraduate students of civil
engineering as well as practicing
engineers specialising in the field of
water resources engineering. It
incorporates advances in the subject
matter and changes in the technology
and related practices.
FEATURES
IN-DEPTH COVERAGE ON
• Flow through culverts
• Discharge estimation in compound
channels
• Scour at bridge constrictions
Sections on Negative surge in
rapidly varied unsteady flow and
backwater curves in natural
channels elucidated in detail
RICH PEDAGOGY INCLUDES
• 325 Solved examples
• 314 Exercise problems
• 240 Objective questions
CONTENTS
• Flow in Open Channels • Energy–
Depth Relationships • Uniform Flow •
Gradually Varied Flow Theory •
Gradually Varied Flow Computations •
Rapidly Varied Flow-1—Hydraulic Jump
• Rapidly Varied Flow-2 • Spatially Varied
Flow • Supercritical-Flow Transitions •
Unsteady Flows • Hydraulics of Mobile
Bed Channels • Answers to Problems •
Answers to Objective Questions
PRINCIPLES OF HYDROLOGY
4th Edition
by Roy Ward, University of Hull, Mark
Robinson, Institute of Hydrology
2011 / 384 Pages
ISBN : 9781259002243
This book takes a non mathematical
looks at the principles and processes of
hydrology. Now in its fourth edition, this
well established book preserves the
essential structure, clarity and style
which have ensured its continued
international popularity over more than
three decades. However the book has
been revised and fully updated to take
into account new research and
developments in the subject and the
changing role of hydrology in the
modern world. The thematic treatment
of the main phases of the hydrological
cycle i.e. precipitation, interception,
evaporation, subsurface water and
stream flow, has been retained, together
with the chapter on water quality. A final,
synthesising chapter has been
reinstated by popular demand, together
with a broader spectrum of case studies
and examples. A selection of problems
and exercises has also been included at
the end of each chapter.
FEATURES
• Fully updated and revised text and
diagrams
• Balanced overview of conflicting
ideas and theories
• Broad range of case studies and
examples
• Selection of problems and exercises
for each chapter
• Comprehensive
CONTENTS
1. Introduction. 2. Precipitation. 3.
Interception. 4. Evaporation. 5.
Groundwater. 6. Soil Water. 7. Runoff.
8. Water Quality. 9. The Drainage Basin
and Beyond
APPLIED HYDROLOGY
By Ven Te Chow, Late Professor of
Hydrosystems Engineering, University
of Illinois, Urbana-Champaign; David R
Maidment, Associate Professor of Civil
Engineering, The University of Texas at
Austin; Larry W. Mays, Professor of
Civil Engineering, The University of
Texas at Austin
2010 / 600 Pages
ISBN : 9780070702424
This book is designed for a hydrologist,
civil or agricultural engineer. It offers
comprehensive coverage of hydrology,
incorporating the latest developments
and the most up-to-date techniques.
FEATURES
• Presents an integrated approach to
hydrology, using the hydrologic
system or control volume as a
mechanism for analyzing hydrologic
problems
• Includes over 410 end-of-chapter
problems and 94 worked example
problems in the text.
CONTENTS
Part I: Hydrologic Processes,
Introduction / 1. Hydrologic Processes
2. Atmospheric Water 3. Subsurface
Water 4. Surface Water 5. Hydrologic
Measurement / Part II: Hydrologic
Analysis 6. Unit Hydrograph 7. Lumped
Flow Routing 8. Distributed Flow
Routing 9. Dynamic Wave Routing 10.
Hydrologic Statistics 11. Frequency
Analysis / Part III: Hydrologic Design
12. Design Storms 13. Design Flows
HYDROLOGY / SEDIMENT TRANSPORT
Visit us at www.mhhe.com www.tatamcgrawhill.com 45
OPEN CHANNEL HYDRAULICS
2nd Edition
by Terry W. Sturm, Georgia Institute of
Technology
2011 / 512 Pages
ISBN : 9781259002250
Open Channel Hydraulics is intended for
advanced undergraduates and first year
graduate students in the general fields
of water resources and environmental
engineering. It offers a focused
presentation of some of the most
common problems encountered by
practicing engineers with the inclusion of
recent research advances and personal
computer applications. In addition,
emphasis is placed on the application of
basic principles of fluid mechanics to the
formulation of open channel flow
problems so that the assumption and
limitation of existing numerical models
are made clear.
FEATURES
• The combination of theoretical,
experimental, and numerical
techniques applied to open channel
flow provides a synthesis that has
become the hallmark of modern
fluid mechanics.
• Each chapter contains worked-out
example problems to aid in the
understanding of the text material.
Where possible, solutions are given
in dimensionless form in graphs to
promote an intuitive feel for the
physics of the problem.
• At the end of each chapter,
exercises are presented which
involve application of the material
previously learned, as well as
student exploration of further
ramifications of the text material.
CONTENTS
Chapter 1. Basic Principles Chapter 2.
Specific Energy Chapter 3. Momentum
Chapter 4. Uniform Flow Chapter 5.
Gradually Varied Flow Chapter 6.
Hydraulic Structures Chapter 7.
Governing Equations of Unsteady Flow
Chapter 8. Numerical Solution of the
Unsteady Flow Equations Chapter 9.
Simplified Methods of Flow Routing
Chapter 10. Flow in Alluvial Channels
International Edition
SURFACE WATER QUALITY
MODELING
by Steve Chapra, University of
Colorado
1997 / 784 Pages
ISBN : 978007152426
CONTENTS
Part One: Completely-Mixed Systems.
Part Two: Incompletely-Mixed Systems.
Part Three: Modeling Environments.
Part Four: Dissolved Oxygen and
Bacteria. Part Five: Eutrophication and
Temperature. Part Six: Chemistry and
Toxic Substances. Appendices.
US Edition
GROUNDWATER RESOURCES
by Neven Kresic, Vice president,
American Institute of Hydrology for
Inernational Affairs.
2009 / 496 Pages
ISBN : 9780071492737
Groundwater Resources offers an
authoritative, comprehensive treatment
of groundwater resources development
and management, offering sustainability
methods and detailed principles on
groundwater protection and restoration.
The author reviews established as well
as emerging techniques and
technologies for aquifer restoration.
CONTENTS
Chapter 1. Global Freshwater
Resources and Their Use Chapter 2.
Groundwater Resources Evaluation
Chapter 3. Groundwater Recharge
Chapter 4. Climate Change Chapter 5.
Groundwater Quality Chapter 6.
Drinking Water Treatment Chapter 7.
Groundwater Development Chapter 8.
Groundwater Management Chapter 9.
Groundwater Restoration / Appendices
/ Index / Units And Conversion Factors
GROUND WATER ASSESSMENT,
DEVELOPMENT AND
MANAGEMENT
by K. Karanth, Central Ground Water
Board, Bangalore
2004 / 650 Pages
IBN : 9780074517123
CONTENTS
1. Hydrologic Cycle and Processes 2.
Storage and Conduit Functions of Rocks
3. Zones of Aeration and Saturation 4.
Ground Water Flow 5. Evaluation of
Aquifer Properties - Part 1 6. Evaluation
of Aquifer Properties - Part 2 7. Quality
of Ground Water 8. Saline Water
Intrusion 9. Measurement of Discharge
and Water Levels 10. Construction,
Design and Performance of Wells 11.
Geomorphic and Geologic Controls on
Ground Water 12. Ground Water
Exploration 13. Ground Water Modelling
Techniques 14. Artificial Recharge 15.
Ground Water Recharge, Discharge and
Balance 16. Ground Water Development
and Management
HYDROLOGY / SEDIMENT TRANSPORT
46 Visit us at www.mhhe.com www.tatamcgrawhill.com
WATER STORAGE
US Edition
STEEL WATER STORAGE TANKS
by Steve Meier, Vice President,
Engineering and Technology, Thank
Indutry Consultants
2009 / 352 Pages
ISBN : 9780071549387
Steel Water Storage Tanks is the first
title on modern steel tanks that carry
potable water to be published in nearly
ten years. Developed by members of
the American Water Works Association
(AWWA) Tanks Committee, this
authoritative, comprehensive handbook
covers everything from design and
construction to maintenance and repair.
CONTENTS
Chapter 1. Tank History and Typical
Configurations - Author: Ira Gabin,
Dixon Engineering, Inc. Chapter 2.
Locating, Sizing, and Selecting a Water
Tank - Author: Richard A. Horn, CB&I
Water Chapter 3. Selecting and
Specifying Appurtenances - Authors:
William B. Harper, P.E., Andre Harper,
Krista L. Harper, Harper and Associates
Chapter 4. Controlling Corrosion -
Authors: Jeff Rog, Corrpro, Mike Bauer/
Joe Davis, Tnemec, and Anthony D.
Ippolitti, Sherwin Williams Chapter 5.
Construction Considerations - Author:
William J. Dixon, P.E., Dixon
Engineering, Inc. Chapter 6.
Foundations - Authors: Sayed Stoman
and Kevin Gallagher, Caldwell Tanks
Chapter 7. Construction of Welded Steel
Water Storage Tanks - Authors: Jim
Noren, Advance Tank, and Donita
Fredricks, CBI Chapter 8. Construction
of Bolted Tanks - Author: Keith McGuire,
P.E., Columbia Tech Tank and Rich
Field, P.E., S.E., Engineered Storage
Products Company Chapter 9.
Inspection of New Tank Construction -
Author: Steven P. Roetter, P.E., Tank
Industry Consultants Chapter 10.
Operation - Author: Jose’ Hernandez
and Sami F. Sarrouh, P.E., City of
Cleveland Chapter 11. Maintenance and
Inspection - Author: Jennifer D. Coon,
CET, CHMM, Tank Industry Consultants
Chapter 12. Potable Water Security
Background - Author: John McLaughlin,
Brown and Caldwell Chapter 13. Tank
Rehabilitation - Author: Gregory R.
“Chip” Stein, P.E., Tank Industry
Consultants
STRESS ANALYSIS
ADVANCED STRENGTH AND
APPLIED STRESS ANALYSIS
2nd Edition
by Richard Budynas, Rochester
Institute of Technology
2011 / 720 pages
ISN : 9781259002090
CONTENTS
Chapter 1. Basic Concepts of Force,
Stress, Strain, and Displacement
Chapter 2. Stress and Strain.
Transforma-tions, Equilibrium, and
Compatibility Chapter 3. Funda-mental
Formulations of Stress, Strain, and
Deflection Chapter 4. Concepts from the
Theory of Elasticity Chapter 5. Topics
from Advanced Mechanics of Materials
Chapter 6. Energy Techniques in Stress
Analysis Chapter 7. Strength Theories
and Design Methods Chapter 8.
Experimental Stress Analysis Chapter 9.
Introduction to the Finite Element
Method Chapter 10. Finite Element
Modeling Techniques / Appendix A SI
and USCU Conversions / Appendix B
Properties of Cross Sections/ Appendix
C Beams in Bending / Appendix D
Singularity Functions / Appendix E
Principal Second-area Moments /
Appendix F Stress Concentration
Factors/ Appendix G Strain Gage
Rosette Equations / Appendix H
Corrections for Transverse Sensitivity of
Strain / Appendix I Matrix Algebra and
Cartesian Tensors.
FOUNDATION
International Edition
FOUNDATION ANALYSIS
AND DESIGN
5th Edition
by Joseph E. Bowles, Engineering
Computer Software
1996 / 1024 Pages
ISBN : 780071188449
CONTENTS
1 Introduction/2 Geotechnical Properties
Laboratory testing, Index settlement and
Strength Correlations/3 Exploration,
Sampling, and In Situ Soil Measure
ments/4 Bearing Capacity of
Foundations/5 Foundation Settlements/
6 Improving Site Soils for Foundation
Use/7 Factors to Consider In
Foundation Design/8 Spread Footing
Design/9 Special Footing Design/10
MAT Foundations/11 Lateral Earth
Pressure/12 Mechanically Stabilized
Earth and Concrete Retaining Walls/13
Sheet Pile Walls Cantilevered and
Anchored/14 Walls for Excavation/15
Cellular Cofferdums/16 Single Piles—
Static Capacity and Lateral Loads; Pile/
Pole Buckling/17 Single Piles—Dynamic
Analysis’ Load Tests / 18 Pile
Foundations—Groups / 19 Drilled Piers
or Caissons/20 Design of Foundations
for Vibration Control / Appendixes
WATER STORAGE • STRESS ANALYSIS • FOUNDATION
Visit us at www.mhhe.com www.tatamcgrawhill.com 47
THE ENGINEERING OF
FOUNDATIONS
by Rodrigo Salgado, Purdue Univ-
West Lafayette
2011 / 896 Pages
ISBN : 9781259002267
The Engineering of Foundations
presents the subject of foundation
engineering in a logical framework, in a
natural sequence and in as simple a
presentation as possible. The text
emphasizes conceptual understanding
and avoids and an oversimplistic
treatment of the subject. Estimation of
soil parameters for use in design is
given high priority. Users will find an upto-
date text that relates theory to real
world practices and integrates concepts
and continuity of examples across
chapters. Illustrations, applications and
hands-on examples are provided, to
explain these critical foundations.
Explains the “why”. One reviewer notes,
“This is the Holtz and Kovacs of
Foundations!!
FEATURES
• Guides the reader/student in the
selection of analyses appropriate for
various design problems as well as
in the choice or estimation of
parameters to use in these
analyses.
• Emphasizes conceptual
understanding of the subject.
• The text has more detailed
examples, illustrations and
photographs than any other text on
the market.
• Provides up-to-date, state-of-the-art
information about foundation design.
• Organization is modular and selfcontained.
• Unique (as compared to typical texts
in this market) topics are presented
in detail such as limit states design,
load and resistance factor design
(LRFD), the construction of shallow
foundations and the installation of
deep foundations.
CONTENTS
1. The World Of Foundation Engineering
2. Foundation Design 3. Soils, Rocks,
and Groundwater 4. Stress Analysis,
Strain Analysis, and Shearing of Soils 5.
Shear Strength and Stiffness of Sands
6. Consolidation, Shear Strength, and
Stiffness of Clays 7. Site Exploration 8.
Shallow Foundations in Soils: Types of
Shallow Foundations and Construction
Techniques 9. Shallow Foundation
Settlement 10. Shallow Foundations:
Limit Bearing Capacity 11. Shallow
Foundation Design 12. Types of Piles
and Their Installation 13 Analysis and
Design of Single Piles 14 Pile Driving
Analysis and Quality Control of Piling
Operations 15 Pile Groups and Piled
Rafts 16 Retaining Structures 17 Soil
Slopes / Appendix A. Unit Conversions /
Appendix B. Useful Relationships and
Typical Values of Various Quantities /
Appendix C. Hydraulic Conductivity /
Appendix D. Consolidation / Appendix E.
Stress Rotation Analysis
PUMP ENGINEERING
WATER WELLS & PUMPS
2nd Edition
by A. M. Michael, S. D. Khepar;
S. K. Sondhi, Consultants, Land and
Water Management
2008 / 716 Pages
ISBN : 9780070657069
The book incorporates advancements in
design, construction, operation and
maintenance of water wells as well as
advances in the area of pumps and
pumping. The book has a ground-up
approach of basic to advanced topics.
UPDATES TO THIS NEW EDITION
• Development in government policies
• Information on quality criteria for
drinking and irrigation water, recent
techniques in ground water resource
assessment, status of ground water
development in India and artificial
recharge of ground water
• Latest drilling and well development
techniques
• Guidelines for estimating ground
water recharge
• MCQs at the end of each chapter
and a table of standards as an
appendix
CONTENTS
1. Ground Water Resources
Development & Utilization 2. Hydraulics
of Wells 3. Open Wells 4. Tube Wells &
Their Designs 5. Tube Well Construction
6. Development and Testing of Tube
Wells\ 7. Rehabilitation of Sick and
Failed Tube Wells 8. Man and Animal
Powered Wa ter Lifts and Positive
Displacement Pumps 9. Variable
Displacement Pumps and Accessories
10. Centrifugal Pumps: Design,
Installation, Operation, Maintenance and
Troubleshooting 11. Deep Well Turbine
and Submersible Pumps 12. Propeller,
Mixed Flow and Jet Pumps 13.
Application of Non-Conventional Energy
Sources in Pumping 14. Techno-
Economic Evaluation of Projects on
Wells and Pumps / Appendices
US Edition
PUMP HANDBOOK
4th Edition
by Igor Karassik, Worthington Pump
and Machinery Corporation; Joseph
Messina, Worthington Pump and
Machinery Corporation; Paul Cooper,
Ingersoll-Rand Research; Charles
Heald, former chief engineer and
manager of engineering with Ingersoll-
Dresser Pump Company.
2008 / 1632 Pages
ISBN : 9780071460446
This major revision of the field’s number
one handbook provides practical data
and know-how on the design,
application, specification, purchase,
operation, troubleshooting, and
maintenance of pumps of every type.
You will find in-depth coverage of both
theory and actual design, along with
1,100 concept-clarifying illustrations.
CONTENTS
SI Units--A Commentary Chapter 1.
Introduction: Classification and
Selection of Pumps Chapter 2.
FOUNDATION • PUMP ENGINEERING
48 Visit us at www.mhhe.com www.tatamcgrawhill.com
Centrifugal Pumps Chapter 3.
Displacement Pumps Chapter 4. Solids
Pumping Chapter 5. Pump Sealing
Chapter 6. Pump Bearings Chapter 7.
Jet Pumps Chapter 8. Materials of
Construction Chapter 9. Pump Drivers
and Power Transmission Chapter 10.
Pump Noise Chapter 11. Pump
Systems Chapter 12. Pump Services
Chapter 13. Intakes and Suction
Pumping Chapter 14. Selecting and
Purchasing Pumps Chapter 15.
Installation, Operation, and
Maintenance Chapter 16. Pump Testing
/ Appendix: Technical Data / Index
PROJECT MANAGEMENT
SCHEDULING
International Edition
PROJECT MANAGEMENT FOR
ENGINEERING AND
CONSTRUCTION
2nd Edition
by Garold D. Oberlender, Oklahoma
State University
2000 / 384 Pages
ISBN : 9780071163552
CONTENTS
Chapter 1. Introduction. Chapter 2.
Working with Project Teams. Chapter 3.
Project Initiation. Chapter 4. Early
Estimates. Chapter 5. Project
Budgeting. Chapter 6. Development of
Work Plan. Chapter 7. Design
Proposals. Chapter 8. Project
Scheduling. Chapter 9. Project Tracking.
Chapter 10. Design Coordination.
Chapter 11. Construction Phase.
Chapter 12. Project Close Out. Chapter
13. Tips for Making Things Happen.
Chapter 14. Total Quality Management. /
Appendix A: Example Project. /
Appendix B: EJCDC Documents. /
Appendix C: AIA Documents. /
Appendix D: AGC Documents.
TRANSPORTATION
RAILWAY TRACK ENGINEERING
4th Edition
by J. S. Mundrey
2010
ISBN : 9780070680128
Railway Track Engineering presents
conventional methods of track
construction, maintenance and
monitoring, along with modern
sophisticated track machines. It also
comprehensively covers design details
and specifications of important track
components
CONTENTS
1. Indian Railways and its Track
Structure 2. A. Iron and Steel & B. Rails
3. Rail Joints 4. Sleepers 5. Rail to
Sleeper Fastenings 6. Railway Curves
7. Switches and Crossings 8. Ballast
and Formation 9. Welding of Rails 10.
Long Welded Rails 11. Convention
INTRODUCTION TO
TRANSPORTATION ENGINEERING
2nd Edition
by James H. Banks, San Diego State
University
2010 / 512 Pages
ISBN : 9780071240345
The second edition of Introduction to
Transportation Engineering has been
developed to provide a concise yet
thorough introduction to intermodal
transportation. One of its underlying
concepts is that the basic techniques
and principles of transportation
engineering are of wide application. For
practical reasons, the major emphasis is
often on highways, but care is taken to
show how basic concepts and
techniques apply to different modes.
The book strives to provide a
background in transportation planning,
analysis, and design while emphasiz-ing
the social, economic, and political
context of transportation engineering. It
places major emphasis on important
practical topics such as geometric
design, Highway Capacity Manual
methods, and traffic signal timing, and
also emphasizes important theoretical
topics such as the fundamental
techniques of traffic analysis and the
economic theory underlying
transportation demand modeling.
CONTENTS
1. Introduction. 2. Transportation
System Issues and Challenges.
Exercise. 3. Introduction to Physical
Design of Transportation Facilities. 4.
Geometric Design. 5. Earthwork. 6.
Surfaces and Guideways. 7. Mitigation
of Environ-mental Impacts. 8. Traffic
Analysis Techniques. 9. Traffic Flow. 10.
Capacity and Level of Service. 11.
Traffic Control. 12. Transit Operations.
13. Transpor-tation Demand Analysis.
14. Transpor-tation Planning. 15.
Transportation Project Evaluation. /
Summary. / Ref-erences./ Problems
Exercises. / Compu-ter Exercises. /
Appendix A: Statistical Tables./
Appendix B: Tables and Charts for
Pavement Design. / Appendix C:
Highway Capacity Manual Materials
(Metric). / Index
HIGHWAY ENGINEERING
HANDBOOK
3rd Edition
by Roger L. Brockenbrough, Sr.
RSRCH. Consultant, USX
2009 / 888 Pages
ISBN : 9780071597630
(A Professional Reference Title)
CONTENTS
1. Highway Location, Design, and Traffic
2. Pavement Design and Rehabilitation
3. Bridge Engineering 4. Culverts,
Drainage, and Bridge Replacement 5.
Safety Systems 6. Signing and
Roadway Lighting 7. Retaining Walls 8.
Noise Walls 9. Environmental Issues
PROJECT MANAGEMENT SCHEDULING • TRANSPORTATION
Visit us at www.mhhe.com www.tatamcgrawhill.com 49
TRANSPORTATION
PLANNING
International Edition
URBAN TRANSPORTATION
PLANNING
2nd Edition
by Michael D Meyer, Georgia Institute
of Technology; Eric J Miller, University
of Toronto
2001 / 576 Pages
ISBN : 9780071200004
CONTENTS
1 Context and Definition. 2 System
and Travel Characteristics. 3 Decisionmaking.
4 Data. 5 Urban Activity
Analysis. 6 Demand Analysis. 7 Supply
Analysis. 8 Evaluation. 9 Program and
Project Implementation. 10 Site Impact
Analysis.
US Edition
SECURING GLOBAL
TRANSPORTATION NETWORKS
by Luke Ritter; J. Michael Barrett;
Rosalyn Wilson
2007 / 312 Pages
ISBN : 9780071477512
(A Professional Reference Title)
CONTENTS
Preface / Introduction / Chapter 1. Global
Trade and Total Security Management
Chapter 2. The Total Security Man
agement Framework Chapter 3. Creating
Value: The Case for TSM Chapter 4. The
Risk Management Approach to TSM
Chapter 5. Securing Fixed Assets Chap
ter 6. Securing Assets in Transit Chap
ter 7. Securing Brand Equity and
Goodwill Chapter 8. Securing Human
Capital Chapter 9. TSM and Business
Continuity Planning Chapter 10. The End
of the beginning / Appendix A: Risk and
Vulnerability Assessment Report
Template / Appendix B: Sample Value
Chain Security Procedures for Chemical
Firms / Appendix C: Seven Signs of
Possible Terrorist Activity / Appendix D:
Sample Procedures for Handling
Suspicious Packages / Appendix E: Total
Security Management Glossary
US Edition
PLANNING AND DESIGN
OF AIRPORTS
5th Edition
by Robert M. Horonjeff, deceased,
Francis X. McKelvey, Michigan State
University, William J. Sproule, and Seth
Young
2008 / 748 Pages
ISBN : 9780071446419
(A Professional Reference Title)
Long recognized as the field’s standard
text, this trusted reference provides the
expertise necessary to deal with any
aspect of modern airport planning and
design.
CONTENTS
Chapter 1. Aircraft Characteristics
Chapter 2. Air Traffic Control Chapter 3.
Airport Planning Chapter 4. Forecasting
in Aviation and Airport Planning Chapter
5. Airport Layout Chapter 6. Geometric
Design of the Airfield Chapter 7. Airport
Airside Capacity and Delay Chapter 8.
General Aviation Airports Chapter 9.
Heliports Chapter 10. Airport Security
Chapter 11. Airport Pavements Chapter
12. Airport Lighting, Marking and Signing
Chapter 13. Drainage Chapter 14.
Environmental Assessment
PLATES AND SHELLS
THEORY OF PLATES AND SHELLS
2nd Edition
by Stephan Timoshenko, deceased;
Krieger Woinowsky, Stanford
University
2010 / 580 Pages
ISBN : 9780070701250
CONTENTS
1. Bending of Long Rectangular Plates
to a Cylindrical Surface 2. Pure
Bending of Plates 3. Symmetrical
Bending of Circular Plates 4. Small
Deflections of Laterally Loaded Plates
5. Simply Supported Rectangular
Plates 6. Rectangular Plates with
Various Edge Conditions 7. Continous
Rectangular Plates 8. Plates on Elastic
Foundations 9. Plates of Various
Shapes 10. Special And Approximate
Methods in Theory of Plates 11.
Bending of Anisotropic Plates 12.
Bending of Plates Under the Combined
Action of Lateral Loads and Forces in
the Middle Plane of the Plate 13. Large
Deflections of Plates 14. Deformation
of Shells without Bending 15. General
Theory of Cylindrical Shells 16. Shells
Having the Form of a Surface of
Revolution and Loaded Symmetrically
with Respect to their Axis
TRANSPORTATION PLANNING • PLATES AND SHELLS
50 Visit us at www.mhhe.com www.tatamcgrawhill.com
BRIDGE ENGINEERING
BRIDGE ENGINEERING
2nd Edition
by S Ponnuswamy, Integral Coach
Factory, Chennai
2007
ISBN : 9780070656956
This book covers the entire gamut of
bridge engineering—investigation,
design, construction and maintenance
of bridges. The coverage is not dealt
with isolation, but discussed in relation
to basic approaches to design of
bridges, supported by numerous case
studies. Further, the book includes
design details of superstructures and
foundations.
THIS SINGLE-SOURCE REFERENCE
INCLUDES:
• Investigation for major and
important bridges
• Design and construction aspects of
both road and railway bridges
• Inspection and maintenance of
bridges and superstructures
• Rebuilding of bridges
• Construction management
• And much more…"
CONTENTS
1. Introduction 2. Investigation for
Bridges and Culverts 3. Investigations
for Important Bridges 4. Design Flood
Discharge for Bridges 5. Linear
Waterway of Bridges 6. Choice of
Foundation for Piers and Abutments 7.
Types of Bridges and Loading
Standards 8. Setting Out for Piers and
Abutments 9. Open Foundation 10. Pile
Foundations 11. Well Foundation 12.
Well Foundation— Case Studies 13.
Piers and Abutments 14.
Superstructure— Design Aspects 15.
Superstructure— Construction 16.
Inspection of Bridges 17. Maintenance
of Bridges— Substructure 18.
Maintenance of Superstructure—
Girders 19. Rebuilding of Bridges 20.
Construction Management 21. Grade
Separators 22. River Training and
Protection Works 23. Abbreviations,
Notations and Bibliography
U.S. Edition
BRIDGE ENGINEERING
2nd Edition
by Demetrios E. Tonias; Stuart S.
Chen; Richard Garrabrant, New York
State Thruway Authority
2006 / 600 Pages
ISBN : 9780071459037
(A Professional Book)
The second edition of Bridge
Engineering will focus on the process of
planning, design and maintenance
rehabilitation, and construction
methods. This is not just a book on
bridge design, but a book on the bridge
engineering process. Nearly 50% of the
revision will include new information on
design codes, maintenance issues,
repair techniques and construction
practice.
CONTENTS
Section I: The Structure: Highway Bridge
Structures. Structure Components.
Choosing the Right Type of Components.
Rehabilitation and Maintaining a
Structure. Section II: Design Codes and
Specification: American Association of
State Highway and Travel Officials
(AASHTO). Component Related Design
Criteria. Other Sources. Section III:
Project Inception: Project Selection. Site
Inspection. Site Survey. Overview of
Preliminary Design Process. Section IV:
Superstructure Design: Loading the
Superstructure. Composite Slab on
Girder Structures. Continuous Beam
Structures. Load Rating of an Existing
Structure. Reinforced Concrete Deck
Slab Design. Section V: Substructure
Design: Abutments. Piers. Rehabilitation
and Maintenance Technique. Bearings
and Expansion Joints. Section VI:
Approaches: Approach Pavements.
Approach Slabs. Section VII: Structure
Geometric: Roadway Alignments.
Structure Elevations. Computer-Aided
Techniques. Section VIII: Construction
and Traffic: Excavation. Maintenance
and Traffic. Safety. Section IX: Contract
Documents: Reports. Plans. Detailing.
Section X: Managing the Design
Process: The Project Phases. Owner-
Designer Interaction. Design Team
Interaction. Section XI: Bridge
Management: Concepts. The Bridge
Management System in Action.
CORROSION
ENGINEERING
CORROSION ENGINEERING
3rd Edition
by Fontana, (Deceased)
2005 / 576 Pages
ISBN : 9780070607446
Heres the first corrosion text to classify
data by corrosives and environments—
not materials. And that means Mars G.
Fontanas Corrosion Engineering gives
quick access to the design data you
need on all corrosives, with isocorrosion
charts for accurate look-ups and
coverage that includes 8 forms of wet
and dry corrosion...environments from
pulp and paper to nuclear waste
isolation to seawater...testing techniques,
including tests for plastics and
elastomers..and cost and product
liability reduction via quality control and
assurance.
CONTENTS
1 Introduction 2 Corrosion Principle 3
Eight forms of Corrosion 4 Corrosion
Testing 5 Materials 6 Corrosion Preven
tion 7 Mineral Acids 8 Other Environment
9 Modern Theory Application 10 High
Temperature Corrosion
BRIDGE ENGINEERING • CORROSION ENGINEERING
Visit us at www.mhhe.com www.tatamcgrawhill.com 51
US Edition
CORROSION ENGINEERING
by Pierre Roberge, Royal Military
College of Canada
2008 / 754 Pages
ISBN : 9780071482431
Corrosion Engineering offers in-depth,
practical coverage of how corrosion
affects metallic materials and the
latest methods of preventing it. You will
learn how to check for and control
corrosion in all types of materials and
applications– from pipelines to bridges
to manufacturing devices – before they
fail.
CONTENTS
Chapter 1. The Study of Corrosion
Chapter 2. Corrosion Basics Chapter 3.
Cor rosion Electrochemistry Chapter 4.
Corrosion Thermodynamics Chapter 5.
Corrosion Kinetics and Applications of
Electrochemistry to Corrosion Chapter
6. Recognizing the Forms of Corrosion
Chapter 7. Corrosion Failures, Factors,
and Cells Chapter 8. Corrosion by
Water Chapter 9. Atmospheric
Corrosion Chapter 10. Corrosion in Soils
and Microbiologically Influenced
Corrosion Chapter 11. Materials
Selection, Testing, and Design
Considerations Chapter 12. Corrosion
as a Risk Chapter 13. Cathodic
Protection Chapter 14. Protective
Coatings Chapter 15. High-Temperature
Corrosion / Appendix A: Historical
Perspective / Appendix B: Periodic
Table / Appendix C: SI Units
Conversion Table / Index
GENERAL
INTRODUCTION
U.S. Edition
ARCHITECT’S PORTABLE
HANDBOOK
4th Edition
by John Patten Guthrie
2010 / 679 Pages
ISBN : 9780071639156
(A Professional Book)
CONTENTS
Part 1: General. Part 2: Site. Part 3:
Concrete. Part 4: Masonry. Part 5:
Metals. Part 6: Wood. Part 7: Thermal
and Moisture Protection. Part 8: Doors,
Windows, and Glass. Part 9: Finishes.
Part 10: Specialties. Part 11:
Equipment. Part 12: Interiors. Part 13:
Assemblies. Part 14: Conveying
Systems. Part 15: Mechanical. Part 16:
Lighting and Electrical. / Appendixes. /
Refer-ences. / Index
U.S. Edition
ILLUSTRATED DICTIONARY
OF ARCHITECTURE
2nd Edition
by Ernest Burden
2002 / 400 Pages
ISBN : 9780071375290
(A Professional Book)
U.S. Edition
FACILITY DESIGN AND
MANAGEMENT HANDBOOK
by Eric Teicholz, Graphic Systems, Inc.
2001 / 752 Pages
ISBN : 9780071353946
(A Professional Book)
CONTENTS
Part 1: Introduction. Chapter 1. Facil
ity Management - An Introduction. Part
2: Planning. Chapter 2. Benchmarking.
Chapter 3. Strategic Planning. Chapter
4. Business Transformation and Facility
Management. Chapter 5. Financial
Management for Facility Managers.
Chapter 6. Ultimate Customer Service.
Chapter 7. Disaster Recovery Planning.
Part 3: Analysis and Design. Chapter
8. Alternative Workplaces. Chapter 9.
Facilities Condition Assessment.
Chapter 10: Thinking Globally. Chapter
11. Sustainable Design. Chapter 12.
Smart Buildings, Intelligent Buildings.
Chapter 13. Lighting. Chapter 14.
Ergonomics and Workspaces. Chapter
15. Managing the New Healthcare Real
Estate Portfolio: A Case Study. Chapter
16. Organization Readiness Case
Study: Implementing Technology at
Rocketdyne, a Boeing Company. Part
4: Implementation and Management.
Chapter 17. Project Management and
Integration. Chapter 18. Real Estate
Portfolio Management. Chapter 19.
Supporting the Mission of the
Organization: An Approach to Portfolio
Management. Chapter 20. The Design
and Construction Process. Chapter 21.
Space and Asset Management. Chapter
22. Operations and Maintenance.
Chapter 23. Energy Management.
Chapter 24: Security. Part 5:
Technology. Chapter 25. Overview &
Current State of FM Technology.
Chapter 26. Integrating the Internet into
FM. Chapter 27. A/E/C Industry Case
Study: The Birth and Development of a
Collaborative Extranet, Bidcom. Chapter
28. Governemnt Technology at the
Architect of the Capitol: A Case Study.
Chapter 29. Michigan State University
Facility Management Master’s Level
CORROSION ENGINEERING • GENERAL INTRODUCTION
52 Visit us at www.mhhe.com www.tatamcgrawhill.com
Certificate Program: A Case Study.
Chapter 30. GIS Case Study: Space
Management at the University of
Minnesota. Chapter 31. Teaching
Technology at the University of New
South Wales: A Case Study.
LANDSCAPE
ARCHITECTURE
U.S. Edition
LANDSCAPE ARCHITECT’S
PORTABLE HANDBOOK
by Nicholas T Dines, University of
Massachusetts, Amherst; Kyle D
Brown; Jeffrey D Blankenship
2001 / 464 Pages
ISBN : 9780071344227
(A Professional Book)
CONTENTS
Chapter 1: Project Administration.
Chapter 2: Planning and Design
Standards. Chapter 3: Analysis
Techniques. Chapter 4: Site
Development Techniques. Chapter 5:
Devices. Chapter 6: Materials.
ACOUSTICS
US Edition
MASTER HANDBOOK
OF ACOUSTICS
5th Edition
by F. Alton Everest (deceased); Ken
C. Pohlmann, Prof. Of Music Engrng/U.
of Miami
2009 / 560 Pages
ISBN : 9780071603324
The “bible” of acoustics now completely
revised and updated for a new
generation of audiophiles
The first four editions of this classic
guide were written by the late F. Alton
Everest, for many years the leading
authority on acoustical principles. Now
updated by another sound guru, Ken
Pohlmann, the Fifth Edition of Master
Handbook of Acoustics shows you how
to achieve professional recording results
at home, build an audio/video tech room
for cutting-edge voice-over recording,
control reverberation, interference, noise
distortion in the air, and more.
You will find new information on
hardware and software tools for
performing acoustic measurements,
subjective perception of acoustic space,
noise control techniques, absorption
measurements, and room impulse
response measurements. The Fifth
Edition also explores room design for
surround-sound playback and
professional studios, concert hall and
auditorium acoustics, and room
acoustics measurement and modeling
software.
CONTENTS
1. Fundamentals of Sound 2. Sound
Levels and the Decibel 3. The Ear and
the Perception of Sound 4. Speech,
Music, and Noise 5. Reverberation 6.
Absorption of Sound 7. Reflection of
Sound 8. Diffraction of Sound 9.
Refraction of Sound 10. Diffusion of
Sound 11. The Schroeder Diffuser 12.
Modal Resonances in Enclosed Spaces
13. Sound Reflections in Enclosed
Spaces 14. Adjustable Acoustics 14.
Control of HVAC Noise 15. Control of
Interfering Noise 16. Recording Studio
Acoustics 17. Studio Control Room
Acoustics 18. Audio/Video Tech Room
and Voice-Over 19. Home Listening
Room Acoustics 20. Concert Hall
Acoustics 21. Acoustical Distortion 22.
Room Acoustics Measurement Software
23. Room Optimizer 24. Desktop
Auralization 25. Electro-Acoustic
Software for Engineers
HOSPITALS:
PLANNING & DESIGN
FACILITIES PLANNING AND
MANAGEMENT OF HOSPITALS
(BOOK + CD)
by Kunders
2004 / 532 Pages
ISBN : 9780070502697
Rapid scientific, technological and
medical advances in recent years have
completely transformed the health care
sector. Hospitals have become a
dynamic industry. Professionals who are
responsible for planning and designing
hospitals and those who subsequently
manage, maintain and operate them
efficiently find the task of managing
change quite challenging. This book is a
complete resource for those who are
keen to understand the basics as well
as the complexities of managing a
hospital well. It has lots of ideas for the
architect, who conceives of a viable plan
for the hospital. It addresses the various
issues which must be kept in mind and
consultants, planners and administrators
who subsequently run the
hospital. The book has been authored
by an acknowledged hospital administrator,
G. D. Kunders, who has several
years of experience and insight in this
field. Profusely illustrated with drawings
and pictures, it goes into sufficient
amount of depth and is a repository of
ideas for those who want to excel in the
art of managing hospitals. Among the
more interesting chapters are: Planning
and Designing a Hospital: The Correct
Way Planning and Designing Medical
and Ancillary Services Planning and
Designing Nursing Services Supportive
Services Facilities Planning for
Managing SARS Topics of interest
include: CATH Lab Hospital Information
System Telemedicine The CD contains:
Hospital Information Systems Model: A
Siemen's Product Demo Profiles and
Plans of two hospitals Picture of some
advanced, state-of-the-art medical/
hospital equipment and some functional
areas/departments of a hospital.
GENERAL INTRODUCTION • LANDSCAPE ARCHITECTURE • ACOUSTICS • HOSPITALS: PLANNING & DESIGN
Visit us at www.mhhe.com www.tatamcgrawhill.com 53
BUILDING
DESIGN (INTRO)
BUILDING DRAWING:
WITH AN INTEGRATED APPROACH
TO BUILT ENVIRONMENT
5th Edition
by M G Shah (Late); C M Kale(Late) ;
S Y Patki, Formerly, Lecturer in Civil
Engineering, Government College of
Engineering, Pune
2011 / 538 Pages (T)
ISBN : 9780071077873
The book is a unique text for Building
Planning and Drawing. It gives the
students a clear and solid idea about
Built Environment in general –
settlements, planning, construction of
buildings, housing, drawings to know the
world of professionals.
FEATURES
• Emphasis has been laid on
Sustainable Development which is
the need of the hour.
• Case studies including awardwinning
designs from urban
designers, architects, structural
designers, builders and landscape
architects to give the students a feel
of the present challenges in
planning.
• Orthographic, axonometric,
perspective and presentation
drawings are covered to provide
further clarity.
• Exciting project works related to
Urban Environment, Architecture,
Construction and Drawing to
develop imagination, inventiveness
and creativity amongst students.
• Clear and magnified architectural
layouts for better understanding and
ease of drawing.
• Feedback and Guidance from
professionals related to the
software, predetermined steel
structures, townships and housings
to inspire the students with new
vision.
CONTENTS
1. Built Environment - An Integrated
Approach 2. Settlements for Quality of
Life 3. Architecture 4. Landscape
Architecture 5. Planning, Designing and
Construction of Buildings 6. Computer
Technology for Engineers and Architects
7. Preparation of Submission and
Working Drawings 8. General
Information, Reading and Drawing
Excercises
U.S. Edition
SPACE PLANNING FOR
COMMERCIAL AND RESIDENTIAL
INTERIORS
by Sam Kubba
2003 / 524 Pages
ISBN : 9780071381918
(A Professional Book)
CONTENTS
Acknowledgments. About the Author.
Foreword. Chapter One: History And
Overview. Chapter Two: Design
Methodology. Chapter Three: Space
Planning And Design Fundamentals.
Chapter Four: Communication And
Drafting Methods. Chapter Five: Human,
Social, And Psychological Factors.
Chapter Six: Project Cost Analysis.
Chapter Seven: Furniture And
Furnishings: Assessment And
Procurement. Chapter Eight: Building
Codes And Standards. Chapter Nine:
Barrier Free Design - Ada Requirements.
Chapter Ten: Computer Drafting And
Software Systems. Chapter Eleven:
Technical Issues. Chapter Twelve:
Security Issues. Chapter Thirteen:
Specification Writing. Chapter Fourteen:
Epilogue And Future Trends. Glossary.
Bibliography Index
URBAN PLANNING
U.S. Edition
SMART GROWTH
by Andres Duany; Elizabeth Plater-
Zyberk and Jeff Speck
2009 / 300 Pages
ISBN : 9780071376754
(A Professional Book)
CONTENTS
Introduction: Two Was to Grow. Chapter
1. Regional Planning. Chapter 2. The
Regional Structure. Chapter 3. The
Natural Context. Chapter 4. Land Use.
Chapter 5. Public Buildings and Spaces.
Chapter 6. The Thoroughfare Network.
Chapter 7. Street Design. Chapter 8. The
Public Streetscape. Chapter 9. The
Private Streetscape. Chapter 10:
Parking. Chapter 11. Housing. Chapter
12. Privacy.
TIME-SAVER STANDARDS FOR
HOUSING AND RESIDENTIAL
DEVELOPMENT
by Joseph DeChiara, Julius Panero &
Martin Zelnik
2009 / 1132 Pages
ISBN : 9780070682627
Incorporating many recent changes and
new developments in the planning and
design of single-family dwellings,
apartments, housing complexes, and
neighborhoods, the second edition of
this authoritative volume in McGraw-
Hill’s acclaimed Time-Saver Standards.
CONTENTS
1. General Planning and Neighborhood
Organization. 2. Site Considerations
and Site Planning. 3. Subdivisions and
Land Planning. 4. Community
Facilities. 5. Elements of the Dwelling
Unit. 6. Types of Sin
BUILDING DESIGN (INTRO) • URBAN PLANNING
54 Visit us at www.mhhe.com www.tatamcgrawhill.com
TIME-SAVER STANDARDS FOR
BUILDING MATERIALS & SYSTEMS:
DESIGN CRITERIA AND SELECTION
DATA
by Donald Watson
2010
ISBN: 9780070700468
CONTENTS
PART 1: DEFINITIONS & PHYSICAL
PROPERTIES 1. Building 2. Enclosure
3. Forces 4. Environmental Factors 5.
Means of Support 6. Envelope 7.
Elements of Interior Space 8. Services
9. Pressure 10. Movement 11. Forces/
Factors 12. Methods of Assembly
U.S. Edition
TIME SAVER STANDARDS FOR
ARCHITECTURAL DESIGN
8th Edition
by Donald Watson; Trumbull, CT;
Michael J Crosbie
2005 / 640 Pages
ISBN : 9780071432054
CONTENTS
Part A: Substrucutre: Foundations and
Basement Construction. Part B: Shell:
Superstructure, Exterior Closure,
Roffing. Part C: Interiors: Interior
Constructions, Staircases, Interior
Finishes, Materials and Specifications,
Dimensions for Building Interiors. Part
D: Services : Conveying Systems,
Plumbing, HVAC, Fire Protection,
Electrical. Part E: Appendices: Tables
and References Data
PIPING SYSTEMS MANUAL
by Brian Silowash
2009 / 464 Pages
ISBN : 9780071592765
U.S. Edition
TIME-SAVER STANDARDS FOR
URBAN DESIGN
by Donald Watson, Trumbull, CT
2003 / 960 Pages
ISBN : 9780070685079
(A Professional Book)
CONTENTS
Chapter 1: Key Readings. Chapter 2:
Plans and Visions. Chapter 3: Urban
Design Teory. Chapter 4: Design of
Public Places. Chapter 5: Issues of
Sustainable Design
U.S. Edition
THE AMERICAN CITY
2nd Edition
by Alexander Garvin, Yale University
2002 / 560 Pages
ISBN : 9780071373678
(A Professional Book)
CONTENTS
Preface to the First Edition. Preface to
the Second Edition. Acknowledgments.
Chapter 1. A Realistic Approach to City
and Suburban Planning. Chapter 2.
Ingredients of Success. Chapter 3.
Parks and Playgrounds. Chapter 4.
Palaces for the People. Chapter 5.
Retail Shopping. Chapter 6. Urban
Development. Chapter 7. Planning for
Pedestrians. Chapter 8. Increasing the
Housing Supply. Chapter 9. Reducing
Housing Cost. Chapter 10. Housing
Rehabilitation. Chapter 11. Clearing the
Slums. Chapter 12. Revitalizing
Neighborhoods. Chapter 13. Residential
Suburbs. Chapter 14. New-
Towns-in-Towns. Chapter 15. New
Towns-in-the-Country. Chapter 16. Land
Use Regulation. Chapter 17. Preserving
the Past. Chapter 18. Comprehensive
Planning. / Index
U.S. Edition
COMMUNITY BY DESIGN NEW
URBANISM FOR SUBURBS AND
SMALL COMMUNITIES
by Kenneth B. Hall; Gerald A.
Porterfield
2001 / 320 Pages
ISBN : 9780071345231
(A Professional Book)
CONTENTS
Part 1: Parts of the Puzzle. Chapter 1:
What is Community Design, Anyway?
Chapter 2: What’s the Process of
Community Design? Chapter 3: What Is
the Language of Design. Chapter 4:
What Is the Framework of Community?
Part 2: Putting It All Together. Chapter
5: Where Would You Rather Live?
Chapter 6: Where Would You Rather
Shop? Chapter 7: Where Would You
Rather Work? Chapter 8: Where Would
You Rather Relax? Chapter 9: Learning
How to Put It All Together.
PROFESSIONAL
REFERENCES
THE METAL DATABOOK
by Alok Nayar; Escorts Research
Centre
2004
ISBN : 9780074623008
CONTENTS
1. The Elements and Their Properties 2.
Cast Irons 3. Steels 4. Aluminium and
Its Alloys 5. Copper and Its Alloys 6.
Zinc and Its Alloys 7. Powder Metallurgy
8. Reference Data 9. Units and
Measures
URBAN PLANNING • PROFESSIONAL REFERENCES
Visit us at www.mhhe.com www.tatamcgrawhill.com 55
ELEMENTS OF FRACTURE
MECHANICS
by Prashant Kumar
2010
ISBN : 9780070656963
Fracture Mechanics is an essential tool
to evaluate whether a component is
likely to fil or not. This book has been
written in a simple and step-wise
manner to help readers familiarise with
the basic and advanced topics.
CONTENTS
1. Preface 2. Acknowledgements 3.
Background 4. Energy Release
Rate 5. Stress Intensity Factor 6. SIF of
More Complex Cases 7. Anelastic
Deformation at the Crack Tip 8. JIntegral
9. Crack Tip Opening
Displacement 10. Test Methods 11.
Fatigue Failure and Environmentassisted
Fracture
US Edition
CONSTRUCTION OPERATIONS
MANUAL OF POLICIES AND
PROCEDURES
by Andrew Civitello; Sidney Levy
2008 / 480 Pages
ISBN : 9780071432191
An exhaustive, business-boosting
reference, Construction Operations
Manual of Policies and Procedures,
Fourth Edition, by Andrew Civitello, Jr.,
is loaded with procedures and step-bystep
details for successfully managing
construction operations. You get nearly
500 pages of methods, strategies and
tactics, forms and ready-to-copy letters
all laid out for you in a concise, easy-tograsp
style. This new edition, now the
most timely, complete, and useful guide
available for managing construction,
packs over 20% more forms, and
checklists. It also covers new
developments in construction
management software, as well as new
material devoted to the Design-Build
process. Included CD-ROM packs
project delivery forms, word-for-word
letters, sample letters, and checklists to
make the overall construction project
management process easier and more
efficient.
CONTENTS
Chapter 1. Company Organization and
Quality Assurance Program Chapter 2.
Company and Project Administration
Chapter 3. General Contracts Chapter
4. Project Engineering Chapter 5. Site
Superintendence Chapter 6. Safety and
Loss Control Chapter 7. Design-Build
Project Administration Chapter 8. The
Preparation and Processing of Change
Orders Chapter 9. Progress Schedules
and Funds Analysis Chapter 10. Green
Buildings and Sustainability / Index
UNDERSTANDING EARTHQUAKE
DISASTERS
by Amita Sinvhal, Professor at the
Department of Earthquake
Engineering, Indian Institute of
Technology, Roorkee.
2010
ISBN : 9780070144569
Earthquake is one of the most
devastating natural phenomena.
Understanding the cause and
mechanism of this phenomenon is the
key to reducing its toll on human life and
property. This book aims to demystify
earthquakes by explaining the basics—
seismicity, causes of earthquakes, plate
tectonics, seismic waves, magnitude of
earthquakes, faults in earth,
seismotectonics, seismic zoning, how
earthquakes are monitored and how
data are used as a tool to understand
the earth’s interior. It also explores
several damaging effects of
earthquakes such as ground failure,
landslides, tsunamis and effect on
human habitat. It also addresses
different earthquake safety measures in
construction and do’s and don’ts during
and after an earthquake.
CONTENTS
1. Global Seismicity 2. Plate Tectonics
3. Seismic Waves 4. Earthquakes and
Faults 5. Tectonic Evolution of the
Indian Plate 6. Seismicity of India 7.
Measures of an Earthquake,
Magnitude, and Intensity 8. Seismic
Zoning 9. Ground Damage 10.
Tsunamis and Earthquakes 11. Stone
and Brick Masonry Houses 12.
Multistory Buildings 13. Lifelines and
Infrastructure 14. Recording and
Interpretation 15. What can be Done
US Edition
PLANNING AND DESIGN OF
AIRPORTS
5th Edition
by Robert Horonjeff, Consultant in
Airport Design; Francis McKelvey,
Professor Emeritus in Civil and
Environmental Engineering,Michigan
State University; William Sproule,
Associate Professor in Civil and
Environmental Engineering ,Michigan
Tech University; Seth Young, Embry-
Riddle Aeronautical University (ERAU).
2008 / 748 Pages
ISBN : 9780071446419
A textbook for engineering or planning
students at the senior or graduate level,
and as a reference book for practicing
engineers, planners, and managers.
The book presents current practice,
techniques, and innovations in airport
planning and design. Like earlier
editions, the market is strong for
international sales opportunities by
including international standards,
organizations, examples, and practices.
CONTENTS
Chapter 1. Aircraft Characteristics
Chapter 2. Air Traffic Control Chapter 3.
Airport Planning Chapter 4. Forecasting
in Aviation and Airport Planning Chapter
5. Airport Layout Chapter 6. Geometric
Design of the Airfield Chapter 7. Airport
Airside Capacity and Delay Chapter 8.
General Aviation Airports Chapter 9.
Heliports Chapter 10. Airport Security
Chapter 11. Airport Pavements Chapter
12. Airport Lighting, Marking and Signing
Chapter 13. Drainage Chapter 14.
Environmental Assessment
PROFESSIONAL REFERENCES
56 Visit us at www.mhhe.com www.tatamcgrawhill.com
US Edition
MOVING THE EARTH
6th Edition
by Herbert L. Nichols, and David Day
2010 / 1280 Pages
ISBN : 9780071502672
The Sixth Edition of Moving the Earth
provides hands-on information about all
current excavation practices and
regulations. The book covers the latest
excavation techniques, machines and
their operation, problems that arise in
excavation work, the application of
different types of equipment, as well as
costs and management. From site
preparation to blasting and tunneling,
from pneumatic drills to the largest
power shovels, this comprehensive,
step-by-step reference explains every
kind of excavating project, together with
guidance on optimizing the machines
and vehicles involved.
THE STEEL HANDBOOK
by Alok Nayar; Escorts Research
Centre
2002 / 978 Pages
ISBN : 9780074632987
CONTENTS
1. Classification of Steels 2. Designation
System for Wrought Steels Based on
Steel Names 3. Phase Transformations
and Microstructures in Steels 4. Heat
Treatment of Steels 5. Types of Steels
6. Properties of Steels 7. Engi neering
Steels 8. Unalloyed steels 9. Plain carbon
steels 10. High manganese carbon
steels 11. Free cutting steels
12. Low Alloy Steels 13. Silicon and sili
con-chromium steels 14. Manganesevanadium
steels 15. Chromium steels
16. Chromium-manganese-silicon steels
17. Chromium-molybdenum steels
18. Chromium-molybdenum-vanadium
steels 19. Chromium-vanadium steel
20. Chromium-aluminium-molybdenum
steels 21. Molybdenum steel 22. Nickelchromium
steels 23. Boron steels
24. Tool Steels 25. Cold Work Tool Steels
26. Unalloyed cold work tool steels
27. Alloy cold work tool steels 28. Hot
Work Tool Steels 29. High Speed Tool
Steels 30. Valve Steels for Internal
Combustion Engines 31. Austenitic Valve
Steels 32. Stainless Steels 33. Austenitic
Stainless Steels 34. Austenitic-Ferritic
(Duplex) Stainless Steels
35. Ferrotoc Stainless Steels 36.
Martensitic Stainless Steels 37.
Precipitation Hardening Stainless Steels
38. Annexure A: Types of Steel Based
on Deoxidation Practice 39. Annexure B:
Permissible Deviations Between
Specified Cast Analysis and Product
Analysis of Steels 40. Annexure C:
Ruling Sections for the Mechanical
Properties 41. Annexure D: Preheat and
Interpass Temperatures, and Postweld
Heat Treatment for Unalloyed Steels 42.
Annexure E: Machinability Rating of
Unalloyed and Low Alloy Steels 43.
Annexure F: Corrosion Resistance of
Stainless Steels 44. Annexure G:
Equivalent International and National
Standards on Testing of Steels 45.
Annexure H: Conversion Table for
Vickers Hardness, Brinell Hardness,
Rockwell Hardness and Tensile Strength
46. Annexure I: Dimensions, Sectional
Areas and Masses per Unit Length of
Steel Bars 47. Annexure J: Areas of
Plane Figures 48. Annexure K:
Conversion Factors 49. Annexure L:
Directory
International Edition
TRENCHLESS TECHNOLOGY
PIPING INSTALLATION AND
INSPECTION
by Mohammad Najafi
2010 / 416 Pages
ISBN : 9780071489287
Trenchless Technology Piping is the first
detailed guide to pipe installation and
renewal using trenchless technology
methods. This step-by-step resource
explains how to create a more efficient
design, construction, and inspection
process for trenchless technology
pipingand shows how to save time and
money with a state-of-the-art project
management system.
Packed with illustrations and a range of
national and international case studies
and examples, the book covers proper
planning, contracting, and procuring,
installing, and inspecting different pipe
materials, and includes testing and
acceptance methods, project contract
and delivery, and safety issues. This
cutting-edge engineering tool also
contains vital information on quality
control and quality assurance (QC/QA)
guidelines.
CONTENTS
1.Introduction 2. Pipeline Design 3.
Pipeline Construction 4. Pipeline
Testing 5. Pipe Materials 6. Pipeline
Inspection 7. Project Contract and
Delivery 8. Quality Control/ Quality
Assurance Guidelines
HANDBOOK OF
HEAT TREATMENT OF STEEL
by Prabhudev
2004 / 772 Pages
ISBN : 9780074518311
CONTENTS
1. Principles of Heat Treatment of Steels
2. Elements of the Process of Heat
Treating 3. Heat Treatment Furnaces 4.
Control of Heat Treating Process 5. Gas
Nitriding 6. Ion Nitriding 7. Nitempering
(Gaseous Nitrocarburizing) 8. Tufftride-
TF1 9. Sursulf 10. Sulfinuzing 11.
Carburizing 12. Cyaniding 13.
Carbonitriding 14. Flame Hardening 15.
Induction Hardening 16. General
Engineering Steels (Quenched and
Tempered Steels) 17. Free Cutting Steels
18. Spring Steels 19. Carbon Tool Steels
20. Cold Work Alloy Tool Steels 21. Hot
Work Tool Steels 22. High Speed Steels
23. Stainless steels 24. Heat Resisting
Steels
PROFESSIONAL REFERENCES
Visit us at www.mhhe.com www.tatamcgrawhill.com 57
NON-DESTRUCTIVE TESTING AND
EVALUATION OF MATERIAL
2nd Edition
by J Prasad, C G Krishnadas Nair
232 Pages
ISBN : 9780070707030
Non-Destructive Test and Evaluation of
Materials offers every engineer,
technical professional, teacher and
student engaged in NDE activities, an
authoritative guide to the most
commonly used and emerging methods
of NDE. It comprehensively prepares its
readers for professional NDE Level I, II
and III tests.
FEATURES
Containing over 200 illustrations, this
essential reference discusses:
• Complete overview of NDE
technology and its capabilities
• Principles and applications of
different NDE methods
• Industrial applications of NDE
• Modern trends in various disciplines
of NDE
HIGHLIGHTS OF THE SECOND
EDITION:
• A new chapter on Fibre-reinforced
Composites has been added
• Two new topic—Ethics and Morality
in NDE and NDE in Mining Industry
—have been included
US Edition
DESIGN OF REINFORCED
MASONRY STRUCTURES
2nd Edition
by Narendra Taly, Professor of civil
engineering at California State
University.
2008 / 704 Pages
ISBN : 9780071475556
This easy-to-follow guide offers step-bystep
guidance on how to design safe,
strong, and economical structures with
reinforced masonry.Written by an
international expert, Design of
Reinforced Masonry Structures is
perfect as both a learning tool as well as
a hands-on design guide.
CONTENTS
Introduction / Chapter 2. Masonry Units
and Their Applications. Chapter 3.
Materials of Masonry Construction.
Chapter 4. Flexural Analysis and Design.
Chapter 5. Columns. Chapter 6. Walls
under Axial and Transverse Loads.
Chapter 7. Shear Walls. Chapter 8.
Retaining and Subterranean Walls.
Chapter 9. Construction Aspects.
Chapter 10. Design of Masonry
Buildings. / Appendices
HOW TO PLAN, CONTRACT, AND
BUILD YOUR OWN HOME
5th Edition
by Richard M. Scutella, and Dave
Heberle
2010 / 608 Pages
ISBN : 9780071603300
CONTENTS
Part 1: Green Home Design and
Construction; 1. The Green Movement;
2. Green Home Construction Systems,
Materials, and Components; 3. Green
Construction Strategies; 4. Planning
Your Home’s Design and Construction;
Part 2: What To Build; 5. A House
Divided; 6. House Styles and Types; 7.
Chapter 8. 9. Prints and Drawings; Part
3: How To Build It; 10. Building
Resources Efficiency: The Green Way;
11. Footers and Foundations; 12. Floor
Framing; 13. Wall Framing; 14. Roof
Framing; 15. Roof Exterior Finishing;
16. Exterior Wall Finishing;
Chapter 17. Stairs; 18. Windows; 19.
Doors; 20. Garages; 21. Plumbing; 22.
Electric; 23. Lighting; 24. Heating and
Cooling; 25. Insulation; 26. Wall
Covering and Trim; 27. Bathrooms; 28.
Kitchens; 29. Floor Coverings; 30.
Home Environmental Issues; Part 4:
Where to Build It; 31. City, Suburbs, or
Country; 32. Selecting a Building Site;
33. Orientation, Positioning, and
Landscaping; 34. Driveways,
Sidewalks, and Patios; Part 5: Who
Should Build It; 35. Selecting a
Contractor; 36. Working with Your
Contractor; 37. Setting Up Your
Maintenance Program/ Appendix:
Listings of green resources: websites,
publications, and contact information
HANDBOOK OF REINFORCED
CONCRETE DESIGN
by Sinha
2004 / 600 Pages
ISBN : 9780074624128
CONTENTS
1. Design Concepts 2. Serviceability
Limit States 3. Flexure 4. Shear 5.
Columns 6. Reinforcement Detailing
HANDBOOK OF MACHINE
FOUNDATIONS
by Srinivasulu
1976 / 238 Pages
ISBN : 9780070966116
CONTENTS
1. Introduction 2. General Theory 3.
Evaluation of Design Parameters 4.
Analysis and Design of Block-Type
Machine Foundations 5. Analysis and
Design of Framed Foundations for High-
Speed Machinery 6. Foundations for
Miscellaneous Machines 7. Vibration
Isolation 8. Constructional Details of
Machine Foundations
US Edition
A WORLD HISTORY OF
ARCHITECTURE
2nd Edition
by Michael Fazio Emeritus, Professor
of Architecture at Mississippi State
University, Marian Moffett University of
Tennessee; Lawrence Wodehouse,
University of Dundee
2008 / 608 Pages
ISBN : 9780071544795
The Second Edition of this historical
architectural guide gives you a deeper
knowledge and wider perspective of
traditions in architecture throughout the
PROFESSIONAL REFERENCES
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world—from prehistoric through modern
structures. Extensively and beautifully
illustrated, the book includes photos,
plans, scales for world-famous
structures such as the Parthenon,
Versailles, the Brooklyn Bridge, and
many others.
US Edition
DESIGN OF WOOD
STRUCTURES-ASD/LRFD
6th Edition
by Donald E. Breyer; Kenneth J.
Fridley; David G. Pollock, Jr.
Washington State Univ-pullman
2007 / 1025 Pages
ISBN : 9780071455398
CONTENTS
Chapter 1. Wood Buildings and Design
Criteria Chapter 2. Design Loads Chap
ter 3. Behavior of Structures under Loads
and Forces Chapter 4. Proper ties of
Wood and Lumber Grades Chapter 5.
Structural Glued Laminated Timber
Chapter 6. Beam Design Chapter 7. Axial
Forces and Combined Bending and Axial
Forces Chapter 8. Wood Structural
Panels Chapter 9. Diaphragms Chapter
10. Shearwalls Chapter 11. Wood
Connections--Background Chapter 12.
Nailed and Stapled Connections Chapter
13. Bolts, Lag Bolts, and Other
Connectors Chapter 14. Connection
Details and Hardware Chapter 15:
Diaphragm-to-Shearwall Anchorage
Chapter 16. Advanced Topics in Lateral
Force Design / Appendix A: Equivalent
Uniform Weights Of Wood Framing /
Appendix B: Weights Of Building
Materials / Appendix C: Selected Tables
And Figures From The International
Building Code, 2006 Edition / Appendix
D: Si Units / Index
U.S. Edition
AIRPORT PLANNING AND
MANAGEMENT
5th Edition
by Alexander T. Wells, Embry Riddle
Aeronautical University, Seth Young
2004 / 566 Pages
ISBN : 9780071413015
(A Professional Book)
CONTENTS
Acknowledgements. Preface: PART I:
AIRPORTS AND AIRPORT SYSTEM
Chapter 1. Airports and Airport Systems:
An Introduction, Chapter 2. Airports and
Airport Systems : Organization and
Administration. Chapter 3. Airports and
Airports System: A Historical and
Legislative Perspective: PART II: THE
COMPONENTS OF THE AIRPORT:
Chapter 4. The Airfield, Chapter 5.
Airspace and Air Traffic Control. Chapter
6. Airport Terminals and Ground Access.
PART III : AIRPORT OPERATIONS AND
FINANCIAL MANAGEMENT: Chapter 7.
Airport Operations Management Under
FAR Part 139. Chapter 8. Airport
Security. Chapter 9. Airport Financial
Management. PART IV: AIRPORT
PUBLIC ADMINISTRATION: Chapter
10. The Economic, Political, and Social
Role of Aiports. Chapter 11. Airport
Planning, Chapter 12. Air port Capacity
and Delay. Chapter 13. The Future of
Airport Management. Phonetic Alphabet.
Abbreviations. Code of Federal
Regulations. 14. CFR-Aeronautics and
Space, Parts I Through 199. Code of
Federal Regulations: 49 CFR-1500
Series: Transportation Security
Regulations. Federal Aviation
Administration 150 Series. Glossary.
Index
US Edition
EXCAVATION SYSTEMS PLANNING,
DESIGN, AND SAFETY
by Joe Turner
2009 / 352 Pages
ISBN : 9780071498692
Excavation Systems Planning, Design,
and Safety is a thorough guide to
ensuring your projects are completed
correctly, safely, and cost effectively.
Concisely written and presented in an
easy-to-navigate format, this
comprehensive guide arms you with the
most current information available. New
developments and trends, along with
numerous design examples,
illustrations, and important OSHA
requirements and other legal issues,
provide everything you'll need to excel in
your field. Ideal for anyone involved in
the trade, this indispensable resource
brings you up to date on all the critical
aspects of your job.
CONTENTS
Preface / Acknowledgments / Chapter 1.
Introduction to Excavation Safety and
Shoring Design / Chapter 2. Engineering
Structural Principles for Shoring Design
/ Chapter 3. Excavation Work Planning /
Chapter 4. Existing Subsurface
Installations and Outside Force Damage
Protection / Chapter 5. Interpreting Soils
Information for Excavation Planning and
Shoring Design / Chapter 6. Excavation
Stability and Shoring Design Loads /
Chapter 7. Surcharge Loading, Base
Stability, and Surface Settlement /
Chapter 8. Slope Stability and Open Cut
Worker Protection Systems / Chapter 9.
Shoring Systems Selected from
Tabulated Data / Appendix 1: OSHA
Subpart P, Excavations and Commentary
/ Appendix 2: OSHA Appendix A, Soil
Classification and Commentary / Index
PROFESSIONAL REFERENCES
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NANO: THE ESSENTIALS
by T. Pradeep, IIT Chennai
2007
ISBN : 9780070617889
Nano: The Essentials is designed to
give a comprehensive introduction to
the subject, without assuming any prior
knowledge. It begins with a historical
introduction to Nano along with a brief
review of various experimental tools
used to understand nanoscale
materials. This is followed by a
discussion of selected nanomaterials,
ranging from fullerenes and nanotubes
to nanoshells. Subsequently several
areas of application of nanos-cience
such as nanosensors and nanobiology
are covered. The book concludes with
an analysis of the societal implications
of nanoscience and technology,
particularly of relevance to developing
countries.
CONTENTS
Part I: Introduction 1. Introduction—
The Canvas of Nano Part II:
Experimental Methods 2. Investigating
and Manipulating Materials in the
Nanoscale Part III: Diversity in
Nanosystems 3. Fullerenes 4. Carbon
Nanotubes 5. Self-assembled
Monolayers 6. Gas Phase Clusters 7.
Semiconductor Quantum Dots 8.
Monolayer-protected Metal
Nanoparticles 9. Core-shell Nanoparticles
10. Nanoshells Part IV:
Evolving Interfaces of Nano 11.
Nanobiology 12. Nanosensors 13.
Nanomedicines 14. Molecular
Nanomachines 15. Nanotri-bology Part
V: Society and Nano 16. Societal
Implications of Nanoscience and
Nanotechnology (in Developing
Countries)
US Edition
WATER-RESISTANT DESIGN AND
CONSTRUCTION
by William Walker licensed architect;
Dan Felice, Vice President,Felice and
Associates
2008 / 286 Pages
ISBN : 9780071492768
This quick-reference guide offers
solutions to 25 of the most common
water problems in buildings. Packed
with illustrations, examples, and details,
Illustrated Guide to Waterproof
Construction focuses on the importance
of taking a “big picture” approach and
having designers and builders work
together from the predesign through
construction phases.
CONTENTS
Chapter 1. Changes Over Time Chapter
2. Water Instrusion and Mold Chapter 3.
Predesign Chapter 4. Building Envelope
Design Chapter 5. Bidding and
Preconstruction Chapter 6. Construction
/ Index
US Edition
CONSTRUCTION WATERPROOFING
HANDBOOK
2nd Edition
by Michael Kubal, Chief Operating
Officer, A. J. Jones Construction
Company
2008 / 576 Pages
ISBN : 9780071489737
Written by a renowned expert and
popular author on the subject, this
comprehensive guide provides key
information on such matters as quality
assurance, admixtures, expansion
joints, testing, and safety. Because of
recent natural disasters, clients are
more concerned with waterproofing than
ever. Construction Waterproofing
Handbook provides everything you'll
need to complete the most demanding
projects with confidence and within
budget.
CONTENTS
Chapter 1. Waterproofing Principles –
The Building Envelope Chapter 2. Below-
Grade Waterproofing Chapter 3. Above-
Grade Waterproofing Chapter 4.
Residential Waterproofing Chapter 5.
Sealants Chapter 6. Expansion Joints
Chapter 7. Admixtures Chapter 8.
Remedial Waterproofing Chapter 9. Mold
Chapter 10. The Building Envelope:
Putting It All Together Chapter 11. Life
Cycles: Quality, Maintenance, and
Warranties Chapter 12. Envelope Testing
Chapter 13. Leak Investigation and
Detection Chapter 14. Safety Chapter
15. Guide Specifications for
Waterproofing Chapter 16. Resources /
Glossary / Index
US Edition
CONSTRUCTION SUPERINTENDENT
OPERATIONS MANUAL
2nd Edition
by Sidney Levy, Independent
construction industry consultant
2008 / 447 Pages
ISBN : 9780071502412
Written by a noted construction industry
consultant, this easyto- use resource
addresses three basic topics essential
to you: administering construction
contracts, supervising the construction
process, and construction components
and technology. You will find
comprehensive guidance on a wide
range of issues, including employee
relations, construction quality, and
safety.
CONTENTS
Preface / List of Form Letters / Contents
of the CD Chapter 1. A Construction
Industry Snapshot Chapter 2.
Construction Contracts and How They
Are Administered Chapter 3. General
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Conditions of the Construction Contract
Chapter 4. Organizing the Project--
Before and During Construction Chapter
5. Organizing in the Field Chapter 6.
Working with Subcontractors Chapter 7.
Dealing With Difficult Issues at the
Construction Site Chapter 8.
Rehabilitation and Renovation of Older
Buildings Chapter 9. Safety at the Job
Site Chapter 10. Quality Control and
Quality Assurance Chapter 11. The Legal
World We Live In: Claims and Disputes
Chapter 12. Effective Letter Writing for
Project Superintendents / Appendix A:
Earthwork and Compaction / Appendix
B: Concrete Facts / Appendix C: Hot-
Weather and Cold-Weather Concreting,
Nondestructive Methods for Testing
Strength of Hardened Concrete, and
Control of Cracking / Appendix D:
Western Wood Products Quality,
Measurement Standards, and Lumber
Definitions / Appendix E: Useful Tables
and Formulas / Index
U.S. Edition
AIRPORT SYSTEMS PLANNING,
DESIGN, AND MANAGEMENT
by Richard L. de Neufville,
Massachusetts Institute of Technology;
Amedeo R. Odoni
2003 / 608 Pages
ISBN : 9780071384773
(A Professional Book)
The new standard on airport systems
planning,design, and management.
Provides solutions to the most pressing
airport concerns: expansion, traffic,
environment, additions, etc. Full
coverage of computer-based tools and
methodology. Additional reports and
updates available via authors’ website
CONTENTS
Preface. Acknowledgments. User’s
Guide. PART ONE: INTRODUCTION:
Chapter 1. The Future of the Airport and
Airline. Chapter 2. International
Differences. PART TWO: SYSTEM
PLANNING: Chapter 3. Dynamic
Strategic Planning. Chapter 4.
Privatization and De regulation. Chapter
5. Multi-airport Sys tems. Chapter 6.
Environmental Impacts. Chapter 7.
Organization and Financing. Chapter 8.
User Charges. PART THREE: THE
AIRSIDE: Chapter 9. Airfield Design.
Chapter 10. Airfield Capacity and Delay.
Chapter 11. Airfield Delay. Chapter 12.
Demand Management. Chapter 13. Air
Traffic Management. PART FOUR: THE
LANDSIDE: Chapter 14. Configuration
of Passenger Buildings. Chapter 15.
Overall Design of Passenger Buildings.
Chapter 16. Detailed Design of
Passenger Buildings. Chapter 17.
Ground References Access and
Distribution. PART FIVE: REFERENCE
MATERIAL: Chapter 18. Data
Validation. Chapter 19. Models of Airport
Operations. Chapter 20. Forecasting.
Chapter 21. Cash Flow Analysis.
Chapter 22. Decision and Options
Analysis. Chapter 23. Flows and
Queues at Airports. Chapter 24. Peak-
Hour Analysis. About the Authors. Index
U.S. Edition
URBAN TRANSPORTATION
SYSTEMS
by Sigurd Grava, Parsons Brinkerhoff
2003 / 840 Pages
ISBN : 9780071384179
(A Professional Book)
Urban Transportation Systems is a
complete guide to the types of transportation
available to communities
together with the technical tools needed
to evaluate each for given circumstances.
CONTENTS
Foreword by James L. Lammie.
Preface. Acknowledgments. Chapter 1.
Overview - Criteria for Selecting Modes.
Chapter 2. Walking. Chapter 3.
Bicycles. Chapter 4. Motorcycles and
Scooters. Chapter 5. Automobiles.
Chapter 6. Paratransit. Chapter 7. Taxis.
Chapter 8. Buses. Chapter 9. Bus Rapid
Transit. Chapter 10. Trolleybuses.
Chapter 11. Streetcars and Light Rail
Transit. Chapter 12. Monorails. Chapter
13. Heavy Rail Transit (Metro). Chapter
14. Commuter Rail. Chapter 15.
Automated Guideway Transit. Chapter
16. Waterbourne Modes. Chapter 17.
Special Modes. Chapter 18. Intermodal
Terminals. Chapter 19. Conclusion - The
Road Ahead./ Appendix A: Rail Transit
Definitions. / Appendix B: Summary of
Performance and Service
Characteristics. / Appendix C:
Suggested Places for Field Inspection. /
Index
U.S. Edition
PROJECT MANAGEMENT
IN CONSTRUCTION
5th Edition
by Sidney M Levy
2007 / 427 Pages
ISBN : 9780071464178
(A Professional Book)
A revised and updated practical guide
for contractors, covering all aspects of
managing a construction project.
Tackling actual on-the-job situations, it
goes through: estimating, including
conceptual and order-of-magnitude
estimates, and electronic data
processing techniques; arbitration and
mediation roles for claims and contract
dispute resolution; safety on the jobsite,
including setting up an effective safety
program and the latest OSHA safety
and health standards; and new trends
such as partnering, design-build, and econstruction.
CONTENTS
Chapter 1. Introduction to the
Construction Industry. Chapter 2. The
Start of the Construction Process.
Chapter 3. General Conditions of the
Construction Contract. Chapter 4.
Estimating. Chapter 5. Project
Organization. Chapter 6. Buying Out the
Job. Chapter 7. Project Cost Control
PROFESSIONAL REFERENCES
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Procedures. Chapter 8. Change Orders
and Liquidated Damages Clauses.
Chapter 9. Project Documentation.
Chapter 10. Claims, Disputes,
Arbitration, and Mediation. Chapter 11.
Rehabilitation and Renovation of Older
Buildings. Chapter 12. Design-Build.
Chapter 13. Safety in Construction.
Chapter 14. Effective Writing. Chapter
15. E-Construction - Construction and
the Electronic Advantage. / Appendix A:
Benchmarking Financial Data for
General Contractors. / Appendix B:
Industry Associations and Trade
Groups. Index
US Edition
PROPERTY CONDITION
ASSESSMENTS
by Sam Kubba
2008 / 406 Pages
ISBN : 9780071498418
This well-illustrated resource provides a
detailed step-by-step methodology for
collecting, analyzing, and reporting on
the physical condition of property for
commercial real estate transactions.
With this guide, you will be able to
effectively identify and locate defects
and code violations, rate the condition of
existing equipment, estimate costs for
corrections, and file sound professional
reports.
CONTENTS
Introduction / Chapter 1. Need for a
Condition Assessment Program Chapter
2. Property Condition Assessments
(PCA) Chapter 3. Property Condition
Assess ments (PCA) Survey Guidelines
Chap ter 4. Professional Standards &
Methods Chapter 5. Developing a
Condition Evaluation Program & Strategy
Chapter 6. Elements of Property
Condition Evalu ations Chapter 7. The
Building Site Chap\ ter 8. Structural
Systems Chapter 9. Roofing Systems
Chapter 10. Heating, Ventilating, and Air
Conditioning (HVAC) Systems Chapter
11. Electrical & Lighting Systems
Chapter 12. Plumbing Systems Chapter
13. Vertical Tranportation Systems
Chapter 14. Interior Systems Chapter 15.
The Building Envelope Chapter 16.
Building Codes Chapter 17. Barrier Free
Design--ADA Requirements Chapter 18.
Life Safety Systems Chapter 19.
Property Securit Chapter 20. Indoor Air
Quality (IAQ), Environmental & Pest
Control Chapter 21. Business
Development Chapter 22. Selling
Yourself--Sample Letters, Brochures,
and Websites / Appendix / Acronyms
& Glossary / Bibliography / Index
US Edition
LAND DEVELOPMENT HANDBOOK
3rd Edition
by Dewberry & Davis
2008 / 1124 Pages
ISBN : 9780071494373
The Third Edition features coverage of
current environmental regulations,
standards of practice, and LEED
certification processes; implementation
of sustainable or green design
techniques; the use of green
technologies with illustrative case
studies; comprehensive planning and
zoning, including new development
models for mixed-use, transit-oriented,
and conservation developments;
technical design procedures for
infrastructure components, including
water and wastewater systems and dry
utilities such as electric, cable, and fiber
optics; GPS and GIS technologies for
collecting, presenting, and preserving
pertinent data; and much more.
CONTENTS
• Overview of the Land • Development
Process Feasibility and Site Analysis •
Comprehensive Planning and Zoning •
Site Plan Ordinances, Subdivision Regu\
lations, and Building Codes • Exactions,
Infrastructure Enhancements, and Fees
• Real Property Law • Engineering
Feasibility • Environmental Regulations
• Environmental Site Assessments •
Historic and Archaeologic Assessment •
Market Analysis and Economic
Feasibility • The Rezoning Process •
Conceptual Design • Development
Patterns and Principles • Schematic
Design • Boundary Surveys For Land
Development • Control Surveys •
Topographic Surveys • Preliminary
Engineering • Environmental and Natural
Resources • Historic Preservation and
Archeology • Environmental
Considerations • Final Design •
Suburban Street Design • Storm Drain
Design • Design of Stormwater
Management Facilities • Floodplain
Studies • Grading and Earthwork •
Wastewater Collection • Water Supply
and Treatment • Erosion and Sediment
Control • Dry Utilities Design • Contract
Documents and Specifications • Cost
Estimating • Subdivision Submittals •
Plan Submittal, Review and Approval •
Environmental Permits • Construction
Stakeout Surveys • Building Permits and
COO • Soils
U.S. Edition
CIVIL ENGINEERING FORMULAS
2nd Edition
by Tyler G. Hicks
2010 / 416 Pages
ISBN : 9780071614696
(A Professional Book)
An indispensable, pocket reference for
all practicing civil engineers and
students. Compiles all the essential civil
engineering formulas and equations into
one easy-to-use portable reference.
Material presented in SI and USCS
formats
CONTENTS
Preface. Acknowledgments. How to Use
This Book. Chapter 1: Conversion
Factors for Civil Engineering Practice.
Chapter 2: Beam Formulas. Chapter 3:
Column Formulas. Chapter 4: Piles and
Piling Formulas. Chapter 5: Concrete
Formulas. Chapter 6: Timber
Engineering Formulas. Chapter 7:
Surveying Formulas. Chapter 8: Soil
and Earthwork Formulas. Chapter 9:
Building and Structures Formulas.
Chapter 10: Bridge and Suspension-
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Cable Formulas. Chapter 11: Highway
and Road Formulas. Chapter 12:
Hydraulics and Waterworks F
U.S. Edition
FIELD ENGINEER’S MANUAL
3rd Edition
by Robert O Parmley, Morgan &
Parmley, Ltd.
2002 / 720 Pages
ISBN : 9780071356244
(A Professional Book)
CONTENTS
Section One: Field Inspection. Section
Two: Mathematial Data and Formulas.
Section Three: General Conversion
Tables. Section Four: The Metric
System of Units (SI). Section Five:
Construction Materials and Data.
Section Six: Athletic Facilities. Section
Seven: Electrical Information. Section
Eight: Mechanical Forumlas and Data.
Section Nine: Heating, Ventilating, and
Air Conditioning. Section Ten: Structural.
Section Eleven: Welding. Section
Twelve: Surveying. Section Thirteen:
Drainage. Section Fourteen: Streets and
Roads. Section Fifteen: Hydraulics.
Section Sixteen: Sewage Collection.
Section Seventeen: Sewage Treatment.
Section Eighteen: Water: Supply,
Storage, and Fire Protection. Section
Nineteen: Geology and Soils. Section
Twenty: Energy and Fuels. Section
Twenty-One: Economics. Section
Twenty-Two: Locating Buried Pipe and
Utilities. Section Twenty-Three: Erosion
Control. Section Twenty-Four: Rope
Splicing and Tying. Section Twenty-Five:
Safety and First Aid. Index
U.S. Edition
WATER PUMPS AND PUMPING
SYSTEMS
by James B. Rishel
2002 / 912 Pages
ISBN : 9780071374910
(A Professional Book)
CONTENTS
PART 1. The Basic Tools of Design:
CHAPTER 1. Digital Electronis and Wa
ter Pumps and Systems. CHAPTER 2.
Physical Data for Water Pumping
Systems. CHAPTER 3. System Friction.
PART 2. Pumps and Their
Performance: CHAPTER 4. Basic
Design of Centrifugal Pumps
US Edition
SITE PLANNING AND
DESIGN HANDBOOK
2nd Edition
by Thomas Russ
2009 / 576 pages
ISBN : 9780071605588
CONTENTS
1. Site Planning and Design 2.
Sustainability and the Green Site 3. Site
Analysis 4. Site Grading 5. Designing
for People 6. Street and Parking Lot
Design 7. Infrastructure 8. Landscape
Restoration 9. Site Layout 10.
Vegetation in the Site Plan 11. Project
Management Issues 12. Historic
Landscapes and Preserving the Land
13. Landscape and Culture / Appendix
A. Environmental Site Assessments /
Appendix B. Preparedness, Prevention,
and Contingency Plan / References /
Index
U.S. Edition
APA ENGINEERED WOOD
HANDBOOK
by Thomas G Williamson
2002 / 750 Pages
ISBN : 9780071360296
(A Professional Book)
CONTENTS
Chapter 1. Introduction to Wood as an
Engineering Material. Chapter 2. Wood
Structural Panels. Chapter 3. Wood
Structural Panels in Structural
Components. Chapter 4. Structural
Glued Laminated Timber. Chapter 5.
Prefabricated Wood I-Joists and
Engineered Rim Board. Chapter 6.
Structural Composite Lumber. Chapter
7. Designing for Lateral Loads. Chapter
8. Mechanical Fasteners and
Connections. Chapter 9. Treatments and
Finishes for Wood. Chapter 10. Fire- and
Noise-Rated Systems. Chapter 11.
Fiber-Reinforced Polymer (FRP)-Wood
Hybrid. Chapter 12. Designing and
Detailing for Permanence. / Appendix. /
Index
International Edition
ROARK’S FORMULAS FOR
STRESS AND STRAIN
7th Edition
by Warren Young, University of
Wisconsin at Madison; Richard
Budynas, Rochester Institute
Technology
2002 / 832 Pages
ISBN : 9780071210591
(A Professional Book)
CONTENTS
Part I: Introduction: Chapter 1.
Introduction, Part 2: Facts: Principles:
Methods. Chapter 2. Stress and Strain:
Important Relationships. Chapter 3. The
Behavior of Bodies Under Stress.
Chapter 4. Principles and Analytical
Methods. Chapter 5. Numerical
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Methods. Chapter 6. Experimental
Methods. Part 3: Formulas and
Examples. Chapter 7. Tension,
Compression, Shear, and Combined
Stress. Chapter 8. Beams; Flexure of
Straight Bars. Chapter 9. Bending of
Curved Beams. Chapter 10. Torsion.
Chapter 11. Flat Plates. Chapter 12 :
Columns and Other Compression
Members. Chapter 13. Shelsl of the
Revolution; Pressure Vessels; Pipes.
Chapter 14. Bodies in Contract
Undergoing Direct bearing and Shear
Stress. Chapter 15. Elastic Stability.
Chapter 16. Dynamic and Temperature
Stresses. Chapter 17. Stress
Concentration Factors. / Appendix A :
Properties of a Plane Area, / Appendix B
: Glossary: Definitions. / Appendex C:
Composite Materials. / Name Index,/
Subejct Index.
U.S. Edition
TRANSPORTATION ENGINEERING
by James T. Ball
2001 / 350 Pages
ISBN : 9780071361804
(A Professional Book)
Designed to complement the McGraw-
Hill Civil Engineering PE Exam Guide:
Breadth and Depth, this subject specific
"depth" guide provides comprehensive
coverage of the subject mattter
applicants will face in the afternoon
portion of the PE exam. Each book,
authored by an expert in the field, will
feature example problems from previous
exams along with power study
techniques for peak performance.
CONTENTS
Chapter 1. Horizontal and Vertical
Alignment. Chapter 2. Earthwork.
Chapter 3. Drainage. Chapter 4.
Protection of the Environmental. Chapter
5. Roadway Design. Chapter 6. Traffic
Estimation and Design Volumes.
Chapter 7. Freeway and Interchange
Design. Chapter 8. Pavement Base.
Chapter 9. Rigid Pavement Design.
Chapter 10. Flexible Pavement Design.
Chapter 11. Airport Pavements. Chapter
12. Retaining Walls. Chapter 13.
Highway-Railroad Crossings. Chapter
14. Bicycle Facilities. Chapter 15.
Transit. Chapter 16. Railway
Engineering. Chapter 17. Pedestrian
Facilities. Chapter 18. Right-of-Way.
Chapter 19. Traffic Management.
International Edition
TOTAL CONSTRUCTION PROJECT
MANAGEMENT
by George J. Ritz
1994 / 432 pages
ISBN : 9780071136303
(A Professional Reference)
CONTENTS
Construction Management Environ
ment. Construction Contracting Process.
Construction Planning. Construction
Project Scheduling. Construction Project
Money Plan. Construction Project
Resources Planning. Construction
Project Organization. Controlling the
Construction Work. Project Execution.
Construction Safety. Project
Communications. Human Factors in
Field PM. PC’s in Field PM.
CONSTRUCTION PROJECT
MANAGEMENT
2nd Edition
by Lt Colonel (retd) K K Chitkara,
AVSM, heads the Institute of
Construction
770 Pages
ISBN : 9780070680753
Construction Project Management
provides a thorough understanding of
construction project management topics
with the help of various concepts ,
practical insight , real-life examples and
skills to execute large and small
projects.
Numerous examples, problems, exhibits
and data have been included for easy
comprehension of the subject.
This revised edition contains 18
chapters, which have been divided into
five parts:
• Introducing Construction Project
Management
• Developing a Project Construction
Time Schedule
• Developing Project Resources
Plans
• Planning and Budgeting
Construction Costs
• Controlling Project Construction
Plan All the existing chapters have
been revised and updated. The
most salient of these are:
• Construction Scope Scenario in
International and National Levels
• Planning and Controlling Work
Scope and Its Integration Processes
• Defining and Networking Project
Acitivity
• Scheduling Construction Project
Work and Resources
• Forecasting Physical Resources of
Men, Materials and Equipment
• Planning and Budgeting Costs and
Developing Financial Statements
• Controlling Product Quality and
Workers’ Safety
• Controlling Costs and Earned Value
Management
• Reducing Project Time and Cost
Using Critical Chain Management
• Managing Risks at Construction
Sites
• Emerging Trends in Project
Management Information System
CONTENTS
1. Construction Projects Management
Framework 2. Planning Project Works
Scope and Its Integration Processes 3.
Defining Project Activities 4. Project
CPM/PERT Network Analysis 5.
Precedence Network Analysis 6.
Scheduling Project Work and Resources
7. Planning Construction Manpower 8.
Planning Construction Materials 9.
Project Construction Equipment 10.
Selecting Construction Equipment 11.
Planning Construction Costs 12.
Contractor’s Construction Budget 13.
Controlling Project Integration and Work
Scope 14. Controlling Resources
Productivity 15. Contractor’s Cost
Control System 16. Controlling Project
Time Schedule 17. Risk Management at
PROFESSIONAL REFERENCES
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Construction Site—An Overview 18.
Project Management Information
System (PMIS)
FIBRE SCIENCE AND TECHNOLOGY
by Ghosh
2003 / 260 Pages
ISBN : 9780070528031
CONTENTS
1. Basic Concepts and Characteristics
of Fibres 2. Natural Fibres 3. Man-made
Fibres 4. Miscellaneous Aspects of Fi bre
Technology 5. Composites: Unique
Blends Providing Modern Structural
Materials
CHEMICAL
ENGINEERING
ELEMENTARY CHEMICAL
ENGINEERING
by Max Peters, Registered Professional
Engineer, Professor of Chemical
Engineering, University of Colorado
2009 /
ISBN : 9780070677432
In this book, principles of chemical
engineering are presented in a form that
will be easily understood by readers with
no previous training in the field. The
essential purpose has been to present a
unified picture of chemical engineering,
with emphasis upon the development,
applications, and interrelationship of the
basic principles.
FEATURES
• Crisp coverage of Stoichiometry,
Equipments, Unit Operations,
Chemical Technology, Economics
and Plant Design
• Separate chapter on ‘Chemical
Engineers and Their Profession’
CONTENTS
1. Chemical Engineers and Their
Profession 2. Technical Introduction 3.
Chemical Engineering Stoichiometry 4.
Industrial Chemical Engineering
Equipment 5. Fluid Flow 6. Heat
Transfer 7. Evaporation 8. Distillation 9.
Absorption and Extraction 10.
Humidification and Dehumidification 11.
Drying 12. Filtration 13. Chemical
Technology 14. Chemical Engineering
Economics and Plant Design
Appendixes
INTRODUCTION TO CHEMICAL
ENGINEERING
by Badger
2001 / 753 Pages
ISBN : 9780074630501
This book has been written as beginning
engineering text, aimed at students who
come to the unit operations for the first
time. An attempt has been made to
introduce such concepts and cite such
references as will make the transition to
current research work a reasonable step
for the student who wishes to go further
in any one field.
CONTENTS
1. Introduction 2. Flow of Fluids 3.
Transportation of Fluids 4. Flow of Heat
5. Evaporation 6. Distillation 7. Extraction
8. Gas-Phase Mass Transfer-Humidity
and Air-Conditioning 9. Gas Absorption
10. Drying 11. Crystilization 12. Filtration
13. Mixing 14. Size Seperation15.
Crushing and Grinding 16. Conveying
Appendixes / Index
INTRODUCTION TO CHEMICAL
ENGINEERING
by Salil Ghosal; Jadavpur University
Kolkata
2001 / 580 Pages
ISBN : 9780074601402
The book gives a systematic
presentation of the basic principles and
applications of chemical engineering.
The exposition is illustrated through
several solved examples. Each chapter
ends with a set of carefully formulated
problems for exercise. SI units have
been consistently used.
FEATURES
• Presents a highly illustrative chapter
on measuring device
• Includes a detailed treatment of
equipment selection
• Covers a wide range of chemical
industries with particular emphasis
on coal, petroleum and fertilizer
industries
• Discusses industrial pollution and
explains the modern abatement
techniques
• Presents computer applications in
solving important chemical
engineering problems.
CONTENTS
1. Introduction. 2. Physio-Chemical
Calculations. 3. Material and Energy
Balances. 4. Flow of Fluids. 5. Heat
Transfer. 6. Mass Transfer. 7. Chemical
Kinetics. 8. Measuring Devices. 9.
Computers and their Applications.10.
Natural Resources and their Utilization.
11. Pollution and its Abatement.
POLLUTION CONTROL
POLLUTION CONTROL IN PROCESS
INDUSTRIES
by S Mahajan; IIT, Mumbai
2001 / 380 Pages
ISBN : 9780074517727
This book presents in a single volume,
the most important aspects of industrial
pollution and the steps to be taken for its
abatement. The book contains analysis
of liquid gaseous effluents and the
control of specific pollutants. It also
presents the pollution control aspects of
selected process industries such as
fertiliser industries, petroleum refineries
and petro-chemical units. Included in
the book are actual pollution data and
recommended practices for pollution
control without specific reference to
Indian industries. Legislation aspects
and problems of their enforcement are
highlighted. With its application-oriented
and interdisciplinary approach and
comprehensive coverage, the book
would be immensely useful to under-
PROFESSIONAL REFERENCES • CHEMICAL ENGINEERING • POLLUTION CONTROL
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graduate and postgraduate students of
chemical engineering, environmental
science and engineering and ecology.
Practising engineers would also find it a
useful reference.
CONTENTS
Part I: Pollution and its Measurement 1.
Introduction 2. Industrial Pollution
Emissions and Indian Standards 3.
Analysis of Pollutants Part II: Pollution
Control for Specific Pollutants 4.
Removal of BOD 5. Removal of
Chromium 6. Removal of Mercury 7.
Removal of Ammonia/Urea 8. Treatment
of Phenolic Effluents 9. Removal of
Particulate Matter 10. Removal of
Sulphur Dioxide 11. Removal of Oxides
of Nitrogen 12. Removal of Organic
Vapour from Effluent Gase Part III:
Pollution Control in Selected Process
Industries 13. Pollution Control in
Chemical Industries General
Considerations 14. Pollution Control
Aspects of Fertilizer Industries 15.
Pollution Control in Petroleum:
Refineries and Petrochemical Units 16.
Pollution Control in Pulp and Paper
Industries 17. Miscellaneous Process
Industries
International Edition
AIR POLLUTION
CONTROL ENGINEERING
2nd Edition
by Noel DeNevers, University of Utah
2000 / 608 Pages
ISBN : 9780071162074
This text covers the whole air pollution
field, from an engineering perspective.
The principal topics are control devices
and their theory. The book uses many
more examples than other texts to help
the student see the magnitudes of
important quantities and to show and
practice the practical application of
theoretical treatments presented. The
other half is devoted to topics that form
some of the background for the
selection of such devices, i.e., air
pollution effects, the structure of U.S. air
pollution law, atmospheric models, etc.
CONTENTS
Chapter 1. Introduction to Air Pollution
Control. Chapter 2. Air Pollution Effects.
Chapter 3. Air Pollution Control Laws and
Regulations, Air Pollution Control
Philosophies. Chapter 4. Air Pollution
Measurements, Emission Estimates.
Chapter 5. Meteorology for Air Pollution
Control Engineers. Chapter 6. Air
Pollutant Concentration Models. Chapter
7. General Ideas in Air Pollution Control.
Chapter 8. The Nature of Particulate
Pollutants. Chapter 9. Control of Primary
Particulates. Chapter 10. Control of
Volatile Organic Compounds (VOCs).
Chapter 11. Control of Sulfur Oxides.
Chapter 12. Control of Nitrogen Oxides.
Chapter 13. The Motor Vehicle Problem.
Chapter 14. Air Pollutants and Global
Climate. Chapter 15. Other Topics. /
Appendixes. / Answers to Selected
Problems
THERMODYNAMICS
INTRODUCTION TO CHEMICAL
ENGINEERING THERMODYNAMICS
7th Edition
(In SI Units)
(Special Indian Edition)
by J M Smith, University of California;
H C Van Ness, Rensselaer Polytechnic
Institute; M M Abbott, Rensselaer
Polytechnic Institute; B I Bhatt,
Aavishkar Consultancy Services,
Ahmedabad, Gujarat
2009
ISBN : 9780070145870
This revised edition provides a
comprehensive exposition of the
principles of thermodynamics and
details their application to chemical
processes. The chapters are written in a
clear, logically organized manner, and
contain an abundance of realistic
problems, examples, and illustrations to
help students to understand the
complex concepts.
FEATURES
• Separate chapter on Molecular
Thermodynamics
• The treatment of Equations of State,
thoroughly revised and augmented
in recent editions, appears with
applications throughout several
chapters
• Phase Equilibrium is developed in
stages, with the simple models
introduced early, and the
sophisticated treatments provided
later
• Rich pedagogy
• 737 Exercise problems
• 130 Solved examples
CONTENTS
1. Introduction 2. The First Law and
Other Basic Concepts 3. Volumetric
Properties Of Pure Fluids 4. Heat
Effects 5. The Second Law of
Thermodynamics 6. Thermodynamic
Properties Of Fluids 7. Applications Of
Thermodynamics To Flow Processes 8.
Production Of Power From Heat 9.
Refrigeration And Liquefaction 10.
Vapor/Liquid Equilibrium: Introduction
11. Solution Thermodynamics: Theory
12. Solution Thermodynamics:
Applications 13. Chemical-Reaction
Equilibria 14. Topics In Phase Equilibria
15. Thermodynamic Analysis Of
Processes 16. Introduction To
Molecular Thermodynamics
SCHAUM'S OUTLINE OF
THERMODYNAMICS FOR
ENGINEERS
2nd Edition
by Merle Potter, Michigan State
University, and Craig Somerton,
Michigan State University
2010 / 400 Pages
ISBN : 9780070702578
(A Schaum's Publication)
Get the essentials of thermodynamics
all in one book! Thermodynamics is a
core course for you if you are studying
mechanical, or electrical engineering.
The second edition of Schaum’s of
Thermodynamics for Engineers is
reorganized and expanded conform to
the more user-friendly, pragmatic
approach to material now used in
POLLUTION CONTROL • THERMODYNAMICS
66 Visit us at www.mhhe.com www.tatamcgrawhill.com
classes. Includes: New sample tests
simulate quizzes and tests given in
class; 500 fully solved problems.
US Edition
HEAT TRANSFER IN PROCESS
ENGINEERING
by Eduardo Cao
2009 / 736 Pages
ISBN : 9780071624084
BIOCHEMICAL
ENGINEERING
INTRODUCTION TO
BIOCHEMICAL ENGINEERING
2nd Edition
by D G Rao, Central Food
Technological Research Institute
Resource centre, Hyderabad
2009
ISBN : 9780070151383
A good understanding of the reaction
engineering aspects is the crux of
Biochemical Engineering. This is a book
that interweaves bioprocessing with the
chemical reaction engineering concepts.
Written in a simple and lucid style, this
book would enable even the students of
biosciences to understand the reaction
engineering approach with ease.
FEATURES
• Excellent coverage of bioreactorsdesign,
scale up, selection etc.
• Coverage of both upstream and
downstream processing.
• Coverage of Rheology and mixing in
fermentation broths.
• Coverage of non-ideal flow.
CHANGES
• A new chapter on “HEAT
TRANSFER IN BIOPROCESSING”
will be added after present chapter-
16
• A new chapter on “BIOPROCESS
ECONOMICS” will be added as
Chapter-20.
• Most of the problems at the end of
the chapters will be solved and
presented as WOKED EXAMPLES.
CONTENTS
1. Introduction to Bioprocessing
Fundamentals 2. Overview of
Microbiology 3.Introduction to
Biochemistry 4. Enzymes 5.
Fermentation 6. Media Design for
Fermentation 7. Sreilization 8. Kinet ics
of Microbial Growth and Biochemical
Reactors 9. Kinetics of Homogeneous
Reactions and Enzyme Kinetics 10.
Ideal Reactors 11. Multiple Reactors 12.
Non-Ideal Flow 13. Rheology and
Mixing in Fermentation Broths 14. Mass
Transfer in Bioprocesing Operations 15.
Heterogeneoys Reaction Syetems 16.
Bioreactors and Fermentation 17. Heat
Transfer in Bioprocessing 18. Product
Recovery 19. Effluent Treatment 20.
Bioprocess Economics 21. Design and
Analysis of Bioreactors
BIOCHEMICAL ENGINEERING
FUNDAMENTALS
2nd Edition
by James E. Bailey, California Institute
of Technology, Pasa; David F. Ollis,
North Carolina State University
2009 / 928 Pages
ISBN : 9780070701236
CONTENTS
1. A Little Mircobiolgy. 2. Chemicals of
Life. 3. The Kinetics of Enzyme-
Catalyzed Reactions. 4. Applied
Enzyme Catalysts. 5. Metabolic
Stoichiometry and Energetics. 6.
Molecular Genetics and Control
Systems. 7. Kinetics of Substrated
Utilization. 8. Product Field. 9. Biomass
Production in Cell Cultures. 10.
Transport Phenomena in Microbial
Systems. 11. Design and Analysis of
Biological Reactors. 12. Instrumentation
and Control. 13. Product Recovery
Operations. 14. Bioprocess Economics.
15. Analysis of Multiple Interacting
Microbial Populations. 16. Reactors with
Multiple Cell Populations. 17. Process
Application
U.S. Edition
REAL-TIME BIOMOLECULAR
SIMULATIONS
by Michael H. Peters
2007 / 160 Pages
ISBN : 9780071460712
(A Professional Reference Title)
Real-Time Biomolecular Simulations
provides you with proven strategies for
shortening the time between product
research, breakthrough, and
introduction into the market. Based on
the author's own innovative research,
this rigorous, groundbreaking guide
demonstrates how the simulation
process can be accelerated yet still
provide accurate, dependable results.
CONTENTS
Chapter 1. The World of Biological
Macromolecules Chapter 2. Cellular
Systems Biology Chapter 3. The
Dynamics of Single, Isolated Biological
Macromolecules Chapter 4. Dynamics
of Interacting Biological Macromolecules
Chapter 5. Toward a Whole Cell
Description / Appendix A: The Euler
Angles / Appendix B: Liouville
Equation, Fokker-planck Equation (Fp
Brownian Dynamics), And
Smoluchowski Equation (Sm Brownian
Dynamics) / Index
THERMODYNAMICS • BIOCHEMICAL ENGINEERING
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FLUID MECHANICS
FLUID MECHANICS FOR
CHEMICAL ENGINEERS
3rd Edition
by Noel de Nevers, University of Utah,
Salt Lake City
2011
ISBN : 9781259002380
Fluid Mechanics for Chemical
Engineers, third edition retains the
characteristics that made this
introductory text a success in prior
editions. It is still a book that
emphasizes material and energy
balances and maintains a practical
orientation throughout. No more math is
included than is required to understand
the concepts presented. To meet the
demands of today's market, the author
has included many problems suitable for
solution by computer. Two brand new
chapters are included. The first, on
mixing, augments the book's coverage
of practical issues encountered in this
field. The second, on computational fluid
dynamics (CFD), shows students the
connection between hand and
computational fluid dynamics.
NEW TO THIS EDITION
• Approximately 30% of the
homework problems have been
revised or are new.
• New Chapter 15 on Two- and Three-
Dimensional Fluid Mechanics.
• New chapter 19 titled Mixing.
• New chapter 20 titled Computational
Fluid Dynamics (CFD).
• Many new examples and homework
problems that are suitable for
computer solution are included.
• Examples are presented in both SI
and English units.
• The pump chapter treats not only
the centrifugal pumps (which are the
only type treated in most texts) but
also positive displacement and
regenerative pumps.
• Explicit treatment of jet pumps, with
a Bunsen Burner as a solved
example.
• A text Web site is available at http://
www.mcgrawhillengineeringcs.com
CONTENTS
1. Introduction Part I Preliminaries 2.
Fluid Statics 3. The Balance Equation
and the Mass Balance 4. The First Law
of Thermodynamics Part II Flows
which are Practically One-
Dimensional or can be Treated as
Such 5. Bernoulli's Equation / 6. Fluid
Friction in Steady One-Dimensional
Flow 7. The Momentum Balance 8.
One-Dimensional High-Velocity Gas
Flow / Part III Some Other Topics,
Which can be Viewed by the Methods
of One-Dimensional Fluid Mechanics
/ 9. Model Studies, Dimensional
Analysis, and Similitude 10. Pumps,
Compressors, and Turbines 11. Flow
Through Porous Media 12. Gas-Liquid
Flow 13. Non-Newtonian Fluid Flow in
Circular Pipes 14. Surface Forces / Part
IV Two- and Three-Dimensional Fluid
Mechanics / 15. Two- and Three-
Dimensional Fluid Mechanics 16.
Potential Flow 17. The Boundary Layer
18. Turbulence 19. Mixing 20.
Computational Fluid Dynamics (CFD) /
Appendix A Tables and Charts of Fluid
Properties, Pipe Dimensions and Flows,
and High-Velocity Gas Flows Appendix
B Derivations and Proofs Appendix C
Equations for Two- and Three-
Dimensional Fluid Mechanics Appendix
D Answers to Selected Problems
UNIT OPERATIONS /
DESIGN / CONTROL
STOICHIOMETRY
5th Edition
by B I Bhatt, Consulting Engineer
Aavishkar Consultancy Services,
Ahmedabad, S B Thakore, Assistant
Professor, Department of Chemical
Engineering, L.D. College of
Engineering, Ahmedabad
2010 / 738 Pages
ISBN : 9780070681149
A meticulously revised and updated
edition of this most acclaimed book for
the last three decades presents the
fundamentals of Stoichiometry in a
simple and forthright manner and
provides the broad background for
applying these principles to industrial
and theoretical problems.
FEATURES
1. Detailed discussions on material
and energy balances of unsteady
state operations.
2. Includes new topical coverage on
(a) Hess’s law for standard enthalpy
of formation.
(b) Heat effects of absorption with
chemical reactions.
(c) Multicomponent condensation of
real (non-ideal) systems and its
effect on design of process
systems.
(d) Development of enthalpyconcentration
charts for different
systems.
(e) Use of pure component
pressure in deriving properties
of real gases.
3. Thoroughly and methodically
revised appendices covering the
latest data published in the recent
past in reputed international
journals.
4. Symbols and conversions updated
as per the recommendations made
by IUPAC and NIST.
5. Use of MAtrix Algebra in solving
material balance problems with
mathematical software such as
MATHCAD.
FLUID MECHANICS • UNIT OPERATIONS / DESIGN / CONTROL
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6. Rich Pedagogy
(a) Solved Examples: 202
(b) Exercises: 337s: Interactive
Objective Type Questions
(Approx. 200), Sample Chapters
CONTENTS
1. Dimensions and Units 2. Basic
Chemical Calculations 3. Material
Balances without Chemical Reaction 4.
Material Balances Involving Chemical
Reactions 5. Energy Balances 6.
Stoichiometry and Unit Operations 7.
Combustion 8. Stoichiometry and
Industrial Problems 9. Stoichiometry and
Digital Computation
INTRODUCTION TO PROCESS
ENGINEERING AND DESIGN
by S. B. Thakore, Asst. Professor Dept.
of Chemical Engineering Govt. College
of Engineering Gandhinagar, Gujarat
and Bhatt, B. I. Consulting Engineer,
Avishkar Consultancy Services
Ahmedabad, Gujarat
2007 / 768 Pages
ISBN : 9780070634152
This book is meant for undergraduate
students of chemical engineering,
focuses on process design of chemical
plant and equipment. It covers basic
principles to design alternate systems,
develop process diagrams, and select
the best alternative to be adopted. Many
industrial examples are given to
enhance the skills of the students for
innovative designs.
FEATURES
• Focus on Process Design rather
than Mechanical Design leading to
understanding of the design of
process plant equipment and
systems.
• State-of-the-art techniques of
supercritical extraction, reactive
distillation, short path distillation, etc.
are discussed.
• Heat exchanger network design,
energy conservation in the most
commonly used unit operation,
distillation, solids cooling, two phase
flow system, jet reactors, etc. are
extensively covered in the text.
• Pedagogy includes nearly 100
solved problems and 120 practice
questions.
CONTENTS
1. Process Engineering 2. Importance to
Process Diagrams in Process
Engineering 3. Process Design of Piping,
Fluid Moving Devices and Flowmeters
4. Process Design of Heat Exchangers
5. Process Design of Extractors 6.
Process Design of Distillation Columns
7. Process Design of Absorbers 8.
Process Design of Reactors
International Edition
UNIT OPERATIONS IN CHEMICAL
ENGINEERING
7th Edition
by Warren McCabe (deceased); Julian
Smith,Cornell University;
Peter Harriort, Cornell University
2005 / 1152 Pages
ISBN : 9780071247108
Unit Operations of Chemical
Engineering, 7th edition continues its
lengthy, successful tradition of being
one of McGraw-Hill’s oldest texts in the
Chemical Engineering Series. Since
1956 this text has been the most comprehensive
of the introductory, undergraduate,
Chemical Engineering titles
available. Separate chapters are
devoted to each of the principle unit
operations, grouped into four sections:
fluid mechanics, heat transfer, mass
transfer and equilibrium stages, and
operations involving particulate solids.
Now in it’s seventh edition, the text still
contains its balanced treatment of
theory and engineering practice, with
many practical illustrative examples
included. Almost 30% of the problems
have been revised or are new, some of
which cover modem topics such as food
processing and biotechnology. Other
unique topics of this text include
diafiltration, adsorp-tionand membrane
operations.
FEATURES
• It is the most comprehensive of all
current Chemical Engineering texts
on unit operations, covering fluid
mechanics, heat transfer, mass
transfer, and solids handling.
• The text contains a balanced
treatment of theory and engineering
practice, with many practical
illustrative examples included.
• The mass-transfer section contains
chapters on adsorption and
membrane operations, topics not
often covered in unit operations
textbooks.
CONTENTS
I Introduction: 1 Definitions and
Principles. II Fluid Mechanics: 2 Fluid
Statics and Its Applications. 3 Fluid Flow
Phenomena. 4 Basic Equations of Fluid
Flow. 5 Incompressible Flow in Pipes and
Channels. 6 Flow of Compressible
Fluids. 7 Flow Past Immersed Bodies. 8
Transportantion and Metering of Fluids.
9 Agitation and Mixing of Liquids. III Heat
Transfer and Its Applications: 10 Heat
Transfer by Conduction. 11 Prin ciples
of Heat Flow in Fluids. 12 Heat Transfer
to Fluids Without Phase Change. 13
Heat Transfer to Fluids With Phase
Change. 14 Radiation Heat Transfer. 15
Heat-Exchange Equipment. 16
Evaporation. IV Mass Transfer and Its
Applications: 17 Principles of Diffusion
and Mass Transfer Between Phases
Theory of Diffusion. 18 Gas Absorption.
19 Humidification Operations. 20
Equilibrium-Stage Operations. 21
Distillation. 22 Introduction to
Multicomponent Distillation. 23 Leaching
and Extraction. 24 Drying of Solids. 25
Fixed-Bed Seperations. 26 Membrane
Seperation Processes. 27
Crystallization. V Operations Involving
Particulate Solids: 28 Properties and
Handling of Particulate Solids. 29
Mechanical separations. Appendixes:
Appendix 1 Conversion Factors and
Constants of Nature. Appendix 2
Dimensionless Groups. Appendix 3
Dimensions, Capacities,and Weights of
Standard Steel Pipe. Appendix 4
Condenser and Heat-Exchanger Tube
Data. Appendix 5 Tyler Standard Screen
UNIT OPERATIONS / DESIGN / CONTROL
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Scale. Appendix 6 Properties of Liquid
Water. Appendix 7 Properties of
Saturated Steam and Water. Appendix
8 Viscosities of Gases. Appendix 9
Viscosities of Liquids. Appendix 10
Thermal Conductivities of Metals.
Appendix 11 Thermal Conductivities of
Various Solids and Insulating Materials.
Appendix 12 Thermal Conductivities of
Gases and Vapors. Appendix 13
Thermal Conductivities of Liquids Other
Than Water. Appendix 14 Specific Heats
of Gases. Appendix 15 Specific Heats
of Liquids. Appendix 16 Prandtl
Numbers for Gases at I atm and 100 C.
Appendix 17 Prandtl Numbers for
Liquids. Appendix 18 Diffusivities and
Schmidt Numbers for Gases in Air at 0
C and 1 atm. Appendix 19 Collision
Integral and Lennard-Jones Force
Constants. Appendix 20 Viscosities of
Liquids. Index and reducing polluting
emissions.
U S Edition
INTRODUCTION TO CHEMICAL
PROCESS: FUNDAMENTALS AND
DESIGN
4th Edition
by Solen Kenneth; Harb, John
2005 / 212 Pages
ISBN : 9780073407937
The goal of this book is to help the
student experience chemical
engineering to the fullest extent possible
within the constraints of limited time and
limited student background. In pursuit of
that goal, it teaches the freshman to
solve quantitative problems, although at
a low level of complexity and within a
scope that is narrow and well-defined.
These quantitative topics include
material balances (reacting and nonreacting
systems), fluid flow (including
the sizing of pumps), mass transfer
(diffusion and convection), chemical
reactor design, heat transfer (including
the design of heat exchangers), and
engineering economics. As examples of
the limited scope of these topics, the
treatment of material balances for
reacting systems is limited to single
process units with one chemical
reaction, and the treatment of fluid flow
applications is restricted to the use of
the mechanical energy balance where
friction is mentioned, but friction factors
and methods for determining friction
losses are not introduced. Spreadsheets
are also taught, and homework
problems throughout the book give the
students practice with this tool. In
addition, a number of qualitative
descriptions are presented in the text,
including chapters on problem solving,
engineering teamwork, and process
control. Finally, the students are given a
few writing assignments to illustrate the
important role of written communication
in engineering
CONTENTS
Chapter 1 The Assignment Chapter 2
What is Chemical Engineering? Chapter
3 Solving Engineering Problems (What
Shall We Do?) Chapter 4 Describing
Physical Quantities Chapter 5 Steady-
State Material Balances (How Much
Base Do We Need?) Chapter 6
Spreadsheets (Calculating the Cost of
the Base) Chapter 7 Fluid Flow
(Bringing the Base to the Acid) Chapter
8 Mass Transfer (Mixing the Acid and
Base) Chapter 9 Reaction Engineering
(How Fast Will the Reaction Go?)
Chapter 10 Heat Transfer (Cooling
Down the Product) Chapter 11 Materials
(From What Shall We Build the
Equipment) Chapter 12 Controlling the
Process Chapter 13 Economics (Is It All
Worth It?) Chapter 14 Case Study
(Integrating It All Together)
International Edition
INTRODUCTION TO CHEMICAL
PROCESSES: PRINCIPLES,
ANALYSIS, SYNTHESIS W/EES CD
ROM
by Regina Murphy, University of Wisc
Modison
2007
ISBN : 9780071254298
As the number one publisher of
undergraduate Chemical Engineering
titles, McGraw-Hill has added a new text
written for the recruitment course in
Chemical Engineering (Chemical
Process Synthesis/Mass Balances).
Introduction to Chemical Processes:
Principles, Analysis, Synthesis enhances
student understanding of the
connection between the chemistry and
the process. Users will find strong
coverage of chemistry, gain a solid
understanding of what chemical
processes do, and learn about the ways
in which chemical engineers make
decisions and balance constraints to
come up with new processes and
products. The author presents material
and energy balances as tools to achieve
a real goal: workable, economical, and
safe chemical processes and products.
Loaded with intriguing pedagogy and
packaged with our popular Engineering
Equation Software (EES), this text is a
valuable addition to a students first
course in Chemical Engineering.
Additional resources intended to guide
users are also available as package
options
CONTENTS
1. Converting the Earth’s Resources into
Useful Products 2. Process Flowsheets,
Process Variables, and Process Flow
Calculators 3. Mathematical Analysis of
Material Balance Equations and Process
Flowsheets 4. Synthesis of Reactor
Flowsheets and Selection of Reacot
Process Conditions 5. Selection of
Separation Technologies and Synthesis
of Separation Flowsheets 6. Process
Energy Calculations and Efficient Energy
Utilization.
UNIT OPERATIONS / DESIGN / CONTROL
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International Edition
OPTIMIZATION OF CHEMICAL
PROCESSES
2nd Edition
by T. F. Edgar ; D. M. Himmelblau,
both at the University of Texas at Austin
2001 / 672 Pages
ISBN : 9780071189774
This book is an update of a successful
first edition that has been extremely well
received by the experts in the chemical
process industries. The authors explain
both the theory and the practice of
optimization, with the focus on the
techniques and software that offer the
most potential for success and give
reliable results. Applications case
studies in optimization are presented
with new examples taken from the areas
of microelectronics processing and
molecular modeling.
CONTENTS
I Problem Formulation. 1. The Nature
and Organization of Optimization
Problems. 2. Developing Models for
Optimization. 3. Formulation of the
Objective Function. II Optimization
Theory and Methods. 4. Basic
Concepts of Optimization. 5.
Optimization for Unconstrained
Functions: One-Dimensional Search. 6.
Unconstrained Multivariable
Optimization. 7. Linear Programming
and Applications. 8. Nonlinear
Programming with Constraints. 9. Mixed
Integer Programming. 10. Global
Optimization for Problems Containing
Continuous and Discrete Variables. III
Applications of Optimization. 11. Heat
Transfer and Energy Conservation. 12.
Separation Process. 13. Fluid Flow
Systems. 14. Chemical Reactor Design
and Operation. 15 . Optimization in
Large-Scale Plant Design and
Operations. 16. Integrated Planning,
Scheduling, and Control in the Process
Industries. / Appendixes.
International Edition
CONCEPTUAL DESIGN OF
CHEMICAL PROCESSES
by James Douglas, University of
Massachusetts
1988 / 601 Pages
ISBN : 9780071001953
CONTENTS
Part I A Strategy For Process
Synthesis and Analysis. 1. The Nature
of Process Synthesis and Analysis. 2.
Engineering Economics. 3. Economic
Decision Making-Design of a Solvent
Recovery System. Part II Developing A
Conceptual Design and Finding the
Best Flowsheet. 4. Input Information
and Batch vs. Continuous. 5. Input-
Output Structure of the Flowsheet. 6.
Recycle Structure of the Flowsheet. 7.
Separation System. 8. Heat-Exchanger
Networks. 9. Cost Diagrams and the
Quick Screening of Process
Alternatives. Part III Other Design
Tools And Applications. 10.
Preliminary Process Optimization. 11.
Process Retrofits. 12. Computer-Aided
Design Programs. 13. Summary of the
Conceptual Design Procedure and
Extensions of the Method. /
Appendixes
COMBUSTION
INTRODUCTION TO COMBUSTION,
3rd Edition
by Stephen R. Turns, The
Pennsylvania State University
2012 / 756 Pages
ISBN : 9781259025945
Introduction to Combustion is the
leading combustion textbook for
undergraduate and graduate students
because of its easy-to-understand
analyses of basic combustion concepts
and its introduction of a wide variety of
practical applications that motivate or
relate to the various theoretical
concepts. This is a text that is useful for
junior/senior undergraduates or
graduate students in mechanical
engineering and practicing engineers.
The third edition updates and adds
topics related to protection of the
environment, climate change, and
energy use. Additionally, a new chapter
is added on fuels due to the continued
focus on conservation and energy
independence.
FEATURES
• Enhanced Coverage of Energy Use
and Protection of the Environment
throughout the text demonstrated by
the inclusion of a new chapter
dedicated to fuels and new "clean"
technologies.
• Updated Coverage of Emissions
reflects the latest research on
particulate, NOx, homogenous
charge compression ignition
engines, and EPA regulations and
guidelines.
• Companion Website contains textspecific
software to help the student
better visualize combustion
principles as well as the instructor's
solutions.
• e-Book Option To purchase an
electronic eBook version of this title
visit www.CourseSmart.com (ISBN
9780077300616). With the
UNIT OPERATIONS / DESIGN / CONTROL • COMBUSTION
Visit us at www.mhhe.com www.tatamcgrawhill.com 71
CourseSmart eTextbook version of
this title, students can save money,
reduce their impact on the
environment, and access powerful
web tools for learning. Faculty can
also review and compare the full text
online without having to wait for a
print desk copy.
CONTENTS
1. Introduction
2. Combustion and Thermochemistry
3. Introduction to Mass Transfer
4. Chemical Kinetics
5. Some Important Chemical
Mechanisms
6. Coupling Chemical and Thermal
Analyses of Reacting Systems
7. Simplified Conservation Equations
for Reacting Flows
8. Laminar Premixed Flames
9. Laminar Diffusion Flames
10. Droplet Evaporation and Burning
11. Introduction to Turbulent Flows
12. Turbulent Premixed Flames
13. Turbulent Nonpremixed Flames
14. Burning of Solids
15. Emissions
16. Detonations
17. Fuels
Appendix
A. Selected Thermodynamic Properties
of Gases Comprising C-H-O-N
System
B. Fuel Properties
C. Selected Properties of Air, Nitrogen,
and Oxygen
D. Binary Diffusion Coefficients and
Methodology for their Estimation
E. Generalized Newton's Method for
the Solution of Nonlinear Equations
F. Computer Codes for Equilibrium
Products of Hydrocarbon-Air
Combustion
PROCESS CONTROL
PROCESS CONTROL
by Peter Harriott, Cornell University,
ITHACA
2001 / 374 Pages
ISBN : 9780070993426
CONTENTS
1. Introduction 2. The Laplace
Transform 3. Open-Loop response of
simple systems 4. Transient response
of con trol systems 5. Frequency-
Response Analysis 6. Frequency
Response of Controllers 7. Frequency
response of Closed-Loop 8. Complex
Control Systems 9. Optimum Controller
Settings 10. Control Valves and
Transmission Lines 11. The Dynamics
and Control of Heat Exchangers 12.
Level Control 13. Flow Control 14. The
Dynamics and Control of Distillation
Columns 15. The Stability and Control of
Chemical Reactors 16. Control of pH
and Control of Blending Processes /
Appendix / Index.
PROCESS/INDUSTRIAL
INSTRUMENTS AND CONTROLS
HANDBOOK
5th Edition
by (Late) Douglas Considine &
Gregory McMillan
1376 Pages
ISBN : 9780070682610
Gregory K. McMillan , Society of
America award winner, is the editor for
this volume. Douglas M. Considine was
the Editor-in-Chief of the original
volumes. Society of America award
winner Gregory K. McMillan’s updated,
expanded, and revised Process/
industrial Instruments and Controls
Handbook brings you the latest
methods for increasing process
efficiency, production rate, and quality -
plus all the background you need to
approach any key decision with
confidence. Packed with best practice
solutions derived from the hands-on
experience of top technical experts, as
well as significant recent developments
in microprocessors and other key
components, this compendium was
designed with one goal in mind: to help
you solve problems in the most efficient
way possible. More than 50 articles from
leaders in the field, hundreds of
illustrations and tables, and a welldesigned
format make this Handbook
the most useful assistant you can have
on the job.
CONTENTS
Section 1: Introductory Review. /
Control System Fundamentals. /
Controllers. / Process Variables - Field
Instrumentation. / Geometric and Motion
Sensors. / Real-Time Analytical
Composition Measurements for Input to
Process Control. / Control
Communications. / Operator Interface. /
Valves, Servos, Motos, and Robots. /
Process Control Improvement. /
Standards Overview. / Index
PRINCIPLES OF PROCESS
CONTROL, 3rd Edition
by D Patranabis, Professor Emeritus,
Department of Applied Electronics &
Instrumentation Engineering Heritage,
Institute of Technology, Kolkata
2012 / 512 Pages
ISBN : 9780071333252
This book on Principles of Process
Control provides a complete and up-todate
coverage of the course on Process
Control in simple yet precise manner
which leads to the development of a
deeper understanding of the subject.
The third edition has been updated
keeping pace with the current trends in
process control. An effort has been
made to provide a fine balance between
the old analogue techniques and new
computer- based digital techniques.
FEATURES
• Provides a comprehensive account
of complex control techniques
• Illustrates typical industrial
COMBUSTION • PROCESS CONTROL
72 Visit us at www.mhhe.com www.tatamcgrawhill.com
processes with their control
schemes as case studies from
boiler, steel, paper and distillation
industries
• Includes discussions on innovative
algorithms, distributed control
schemes, selftuning techniques and
adaptive control techniques
CONTENTS
Preface List of Symbols 1. Basic
Considerations 2. Processes: Transfer
Functions and Modelling 3. Block
Diagrams: Transient Response and
Transfer Functions 4. Controllability and
Stability 5. Basic Control Schemes and
Controllers 6. Complex Control Schemes
7. Final Control Elements 8. Connecting
Elements and Common Control Loops
9. Computer Control of Processes 10.
Adaptive Control Systems 11. Process
Control Systems Appendix I Appendix II
Appendix III Bibliography Index
PROCESS CONTROL, 2nd Edition
by Thomas E. Marlin McMaster
University
2012 / 1056 Pages
ISBN : 9781259025594
This offers comprehensive coverage of
process control with an excellent
balance of theoretical concepts and
engineering practice. As summarized in
the features below, the content has
been enhanced, and an Extensive array
of MATLAB and web-based tools are
available to complement the Book. The
book and computer tools provide a total
package for process control Education!
In addition, the presentation has been
dramatically enhanced with a larger
page Size and improved page layout.
Students will appreciate the new format
that Retains the boxed highlighted of
key conclusions and adds expanded
solved Examples, each with its own
refresher data and process mini-figure.
Further aids For the students include an
enhanced index and new key of
symbols and Acronyms.
FEATURES
• Extensive coverage of control
design methods going beyond
algorithm Selection to cover
structural issues like cascade, feedforward,
multi-loop Pairing, and
centralized model predictive control.
• Strong ties between the process
behavior and control performance
are emphasized. New concepts like
partial control and dominant
variables Complement the coverage
of topics like measurement
selection, final element Location,
controllability, operating window, and
so forth.
• Industrial case studies are further
expanded through extensive
exercises Covering control of
distillation and fired heater
processes.
• Expanded coverage of practical
algorithm design and digital control,
Including z-transforms.
• Web-based interactive learning
modules assist student self-study.
Students Interact with learning
problems that have hints, solutions,
and suggestions For further study.
The modules follow the organization
of the textbook
• MATLAB computer tools for
performing many time and
frequency-domain Calculations. A
new version of the popular software
laboratory supports Menu - driven
data input and provides graphical
results. Systems covered
• Include single-loop, cascade, feedforward,
multi-loop, and model
predictive Control. A users’ manual
with extra exercises is provided with
the software.
CONTENTS
1. Introduction to Process Control 2.
Control Objectives and Benefits 3.
Mathematical Modeling Principles 4.
Modeling and Analysis for Process
Control 5. Dynamic Behavior of Typical
Process Systems 6. Empirical Model
Identification 7. The Feedback Loop 8.
The Proportional-Integral-Derivative
(PID) Algorithm 9. PID Controller Tuning
for Dynamic Performance 10. Stability
Analysis and Controller Tuning 11. Digital
Implementation of Process Control 12.
Practical Application of Feedback
Control 13. Performance of Feedback
Control Systems 14. Cascade Control
15. Feedforward Control 16. Adapting
Single-Loop Control Systems for Non-
Linear Processes 17. Inferential Control
18. Level and Inventory Control 19.
Single-Variable Model Predictive Control
20. Multiloop Control Effects of
Interaction 21. Multiloop Control
Performance Analysis 22. Variable
Structure and Constraint Control 23.
Centralized Multivariable Control 24.
Process Control Design Definition and
Decisions 25. Process Control Design
Managing the Design Procedure 26.
Control for Product Quality and Profit
Appendices
PRINCIPLES OF
PROCESS CONTROL
2ND EDITION
by D. Patranabis, Jadavpur University
2001 / 423 Pages
ISBN : 9780074623336
Interspersing theory with practice, this
edition adopts a modern orientation
introducing digital control techniques.
The book strikes a balance between old
analogue and new computer-based
digital techniques. It provides a
comprehensive account of complex
control techniques. Typical industrial
processes with their control schemes
are presented as case studies - from
boiler, steel, paper and distillation
industries. It includes discussions on
innovative algorithms, distributed control
schemes, self-tuning and adaptive
control techniques.
CONTENTS
1. Basic Considerations 2. Processes,
Transfer Functions and Modelling
3. Block Diagrams, Transient Response
and Transfer 4. Functions. Controll-ability
and Stability 5. Basic Control Schemes
and Controllers 6. Connecting Elements
and Common Control Loops 7.
Computer Control of Processes 8.
Adaptive Con trol Systems 9. Process
Control Systems Appendices
Bibliography
PROCESS CONTROL
Visit us at www.mhhe.com www.tatamcgrawhill.com 73
International Edition
PROCESS MODELING,
SIMULATION AND CONTROL FOR
CHEMICAL ENGINEERS
2nd Edition
by William L Luyben, Lehigh
UniversitY
1990 / 725 Pages
ISBN : 9780071007931
International Edition
MASS TRANSFER OPERATIONS
3rd Edition
by Robert E. Treybal, deceased,
formerly of The University of Rhode
Island
1980 / 800 Pages
ISBN : 9780070666153
CONTENTS
1. The Mass-Transfer Operations
Diffusion and Mass Transfer. 2.
Moleuclar Diffusion in Fluids. 3. Mass-
Transfer Coefficients. 4. Diffusion in
Solids. 5. Interphase Mass Transfer. 6.
Gas-Liquid Operations. 7. Equipment for
Gas-Liquid Operations. 8.
Humidification Operations, Gas
Absorption. 9. Gas Absorption. 10.
Distillation. 11. Liquid-Liquid Operations.
12. Liquid Extraction. 13. Solid-Fluid
Operations. 14. Absorption and Ion
Exchange. 15. Drying. 16. Leaching
US Edition
WORKING GUIDE TO PROCESS
by Norman Lieberman, Chemical
Engineer
2008 / 591 Pages
ISBN : 9780071496742
Drawing upon their decades of
experience, the authors shed light on
the inner workings of continuous
process equipment for a broad range of
industries, including such major ones as
chemical, refining, pharmaceutical, and
fertilizer. They include a wealth of
diagnostic tips, practical examples,
worked-out calculations, and up-todate
illustrations allowing readers to quickly
and easily pinpoint and repair
malfunctions.
CONTENTS
Introduction / Acknowledgments /
Chapter 1. Process Equipment
Fundamentals/ Chapter 2. Basic Terms
and Conditions / Chapter 3. How Trays
Work: Flooding Downcomer Backup /
Chapter 4. How Trays Work: Dumping
Weeping through Tray Decks / Chapter
5. Why Control Tower Pressure Options
for Optimizing Tower Operating
Pressure / Chapter 6. What Drives
Distillation Towers Reboiler Function /
Chapter 7. How Reboilers Work
Thermosyphon, Gravity Feed, and
Forced / Chapter 8. Inspecting Tower
Internals Chapter 9. How Instruments
Work Levels, Pressures, Flows, and
Temperatures / Chapter 10. Packed
Towers: Better Than Trays? Packed-
Bed Vapor and Liquid Distribution /
Chapter 11. Steam and Condensate
Systems Water Hammer and
Condensate Backup Steam-Side
Reboiler Control / Chapter 12. Bubble
Point and Dew Point Equilibrium
Concepts in Vapor-Liquid Mixtures /
Chapter 13. Steam Strippers Source of
Latent Heat of Vaporization / Chapter
14. Draw-Off Nozzle Hydraulics Nozzle
Cavitation Due to Lack of Hydrostatic
Head / Chapter 15. Pumparounds and
Tower Heat Flows Closing the Tower
Enthalpy Balance / Chapter 16.
Condensers and Tower Pressure
Control Hot-Vapor Bypass: Flooded
Condenser Control / Chapter 17. Air
Coolers Fin-Fan Coolers / Chapter 18.
Deaerators and Steam Systems
Generating Steam in Boilers and BFW
Preparation / Chapter 19. Vacuum
Systems: Steam Jet Ejectors Steam Jet
Ejectors / Chapter 20. Steam Turbines
The Condensing Steam Turbine /
Chapter 21. Surface Condensers The
Condensing Steam Turbine / Chapter
22. Shell-and-Tube Heat Exchangers
Heat-Transfer Fouling Resistance /
Chapter 23. Heat Exchanger
Innovations / Chapter 24. Fired Heaters:
Fire- and Flue-Gas Side Draft and
Afterburn; Optimizing Excess Air /
Chapter 25. Fired Heaters: Process
Side / Coking Furnace Tubes and Tube
Failures / Chapter 26. Refrigeration
Systems An Introduction to Centrifugal
Compressors / Chapter 27. Cooling
Water Systems / Chapter 28. Catalytic
Effects: Equilibrium and Kinetics /
Chapter 29. Centrifugal Pumps:
Fundamentals of Operations Head,
Flow, and Pressure / Chapter 30.
Centrifugal Pumps: Driver Limits Electric
Motors and Steam Turbines / Chapter
31. Centrifugal Pumps: Suction
Pressure Limits Cavitation and Net
Positive Suction Head /Chapter 32.
Control Valves / Chapter 33. Separators:
Vapor-Hydrocarbon-Water Liquid
Settling Rates / Chapter 34. Gas
Compression: The Basic Idea The
Second Law of Thermodynamics Made
Easy / Chapter 35. Centrifugal
Compressors and Surge Overamping
the Motor Drive / Chapter 36.
Reciprocating Compressors The Carnot
Cycle; Use of Indicator Card / Chapter
37. Compressor Efficiency Effect on
Driver Load / Chapter 38. Safety
Concerns Relief Valves, Corrosion, and
Safety Trips / Chapter 39. Corrosion--
Process Units / Chapter 40. Fluid Flow
in Pipes Basic Ideas to Evaluate
Newtonian and Non-Newtonian Flow /
Chapter 41. Super-Fractionation
Separation Stage / Chapter 42.
Computer Modeling and Control /
Chapter 43. Field Troubleshooting
Process Problems / Glossary / Index
PROCESS CONTROL
74 Visit us at www.mhhe.com www.tatamcgrawhill.com
DISTILLATION
International Edition
CONCEPTU-AL DESIGN OF
DISTILLATION SYSTEMS
by Michael F Doherty; Michael F
Malone, both of the University of
Massachusetts, Amherst
2001 / 608 Pages
ISBN : 9780071189996
[with CD-ROM]
This book is a pioneering effort by two of
the world’s top researchers. The authors
have fashioned a text which develops
models which are the basis for software
tools for conceptual design. The book
clearly addresses both analysis and
design with sharp attention to supplying
mathematical correctness and providing
physical insight. A software supplement
will accompany the text in a student
version.
CONTENTS
1. Introduction. 2. Vapor-Liquid
Equilibrium and Flash Separations. 3.
Binary Distillation. 4. Distillation of
Multicomponent Mixtures Without
Azeotropes. 5. Homogeneous
Azeotropic Distillation. 6. Column Design
and Economics. 7. Column Sequencing
and System Synthesis. 8.
Heterogeneous Azeotropic Distillation. 9.
Gas Absorption and Liquid Extraction.
10. Batch Distillation. 11. Reactive
Distillation. / Appendices. A. Heat
Effects. / B. Implicit Functions. / C.
Azeotropy and the Gibbs-Konovalov
Conditions. Design
U.S. Edition
DISTILLATION DESIGN
by Henry Z. Kister
1992 / 710 Pages
ISBN : 9780070349094
(A Professional Reference Title)
CONTENTS
Part I: Vapor Liquid Equilibrium. •
Basic Principles. • K-Value Calculation.
• Experimental and Literature Sources.
Part II: Key Fractionation Concepts. •
Theoretical Stages. • x-y Diagrams--
Simple Columns. • x-y Diagrams--
Complex Columns. • Application to
Multicomponent Distillation--Simple
Columns. • Application to
Multicomponent Distillation--Complex
Columns. Part III: Column Process
Design. • Problem Definition and Basic
Decisions. • Reflux and Stages: Shortcut
Methods. • Rigorous Stage by Stage
Computation. Part IV: Energy Savings.
• Energy Saving Designs. • Energy
Saving Operations. Part V: Tray
Efficiency. • The Tray Efficiency
Concept. • Tray Efficiency Prediction. •
Tray Efficiency in Industrial Columns. •
Tray Efficiency Testing.
PLANT DESIGN
ECONOMICS
PLANT DESIGN AND ECONOMICS
FOR CHEMICAL ENGINEERS
5th Edition
by Max S. Peters, University of
Colorado - Boulder; Klaus D.
Timmerhaus, University of Colorado -
Boulder; Ronald E. West, University of
Colorado - Boulder
2011 / 68 Pages
ISBN : 9781259002113
The fifth edition of Plant Design and
Economics for Chemical Engineers is a
major revision of the popular fourth
edition. There are new chapters on
process synthesis, computer-aided
design, and design of chemical
reactors. A traditionally strong feature of
the text, economic analysis, has been
revamped and updated. Another
strength, equipment sizing and cost
estimation, is updated and expanded as
well. These improvements also reflect
changes in equipment availability. The
numerous real examples throughout the
book include computer or hand
solutions, and often both.
There is a new increased emphasis on
computer use in design, economic
evaluation, and optimization. Concepts,
strategies, and approaches to computer
use are featured.
CONTENTS
Chapter 1. Introduction. Chapter 2.
Process Design Overview. Chapter
4. Flowsheet Development. Chapter 5.
Computer-Aided Design. Chapter 6.
Analysis of Cost Estimation. Chapter 7.
Analysis of Depreciation, Taxes, and
Investment Costs. Chapter 8.
Profitability, Alternative Investments, and
Replacements. Chapter 9. Optimal
Design and Design Strategy. Chapter 10.
Materials Selection and Utilization.
Chapter 11. The Design Report. Chapter
12. Material Transfer Equipment.
Chapter 13. Reactor Equipment: Design
and Costs. Chapter 14. Heat-Transfer
Equipment: Design and Costs. Chapter
15. Separation Equipment: Design and
Costs. / Appendix A: Auxiliary, Utility and
Chemical Cost Data. / Appendix B:
Design Problems./ Appendix C: Tables
of Physical Properties and Constants. /
Appendix D: Conversions of SI and US
Customary Units./ Appendix E:
Examples of Commercially Available
Simulators
DISTILLATION • PLANT DESIGN ECONOMICS
Visit us at www.mhhe.com www.tatamcgrawhill.com 75
CHEMICAL REACTION
ENGINEERING
International Edition
PERRY'S CHEMICAL
ENGINEERS' HANDBOOK
8th Edition
by Don Green, Chairman, Department
of Chemical Engineering at the
University of Oklahoma; Robert Perry,
University of Kansas.
2008 / 2400 gpages
ISBN : 9780071422949
Since 1934, Perry’s Chemical
Engineer’s Handbook has delivered
unrivaled, state-of-the-art coverage of all
aspects of chemical engineering—from
the fundamentals to details on computer
applications and control. Featuring
2,400 pages and 700 illustrations, the
eighth edition is a comprehensive
source for the newest developments,
advances, achievements, and methods
in the field.
CONTENTS
Section 1: Conversion Factors and
Mathematical Symbols Section 2:
Physical and Chemical Data Section 3:
Mathematics Section 4: Thermodynamics
Section 5: Heat and Mass
Transfer Section 6: Fluid and Plastic
Dynamics Section 7: Reaction Kinetics
Section 8: Process Control Section 9:
Process Economics Section 10:
Transport and Storage of Fluids Section
11: Heat-Transfer Equipment Section
12: Psychrometry, Evaporative Cooling,
and Solids Drying Section 13: Distillation
Section 14: Equipment for Distillation,
Gas Absorption, Phase Dispersion, and
Phase Separation Section 15: Liquid-
Liquid Extraction and Other Liquid-
Liquid Operations and Equipment
Section 16: Adsorption and Ion
Exchange Section 17: Gas-Solid
Operations and Equipment Section 18:
Liquid-Solid Operations and Equipment
Section 19: Reactors Section 20:
Alternative Separation Processes
Section 21: Solid-Solid Operations and
Processing Section 22: Waste
Management Section 23: Process
Safety Section 24: Energy Resources,
Conversion, and Utilization Section 25:
Materials of Construction / Index
PROFESSIONAL
REFERENCES
U.S. Edition
HANDBOOK OF INDUSTRIAL
CHEMISTRY
by M. Farhat Ali; Bassam El Ali
2005 / 800 Pages
ISBN : 9780071410373
FEATURES
• Packed with chemical tables
formulae, and equations.
• Covers all of the chemical process
industries which utilize organic
chemicals.
• Reference information which ranges
from basic to complex.
• Physical properties for the most
common organic chemicals.
CONTENTS
Chapter 1. Introduction. Chapter 2.
Safety Consideration in Process
Industries. Chapter 3. Industrial
Pollution Prevention and Waste
Management. Chapter 4. Edible Oil,
fats, and waxes. Chapter 5. Soaps and
detergents. Chapter 6. Sugar and other
Sweeten ers. Chapter 7. Paints,
pigments and industrial coatings.
Chapter 8. Dyestuffs, finishing and
dyeing of textiles. Chapter 9 : Industrial
fermentation. Chapter 10 :
Pharmaceutical industry. Chapter 11 :
Agrochemicals. Chapter 12 : Chemical
explosive. Chapter 13 : Petroleum
processing and petrochemicals.
Chapter 14 : Polymers and plastics.
US Edition
BIOFUELS REFINING AND
PERFORMANCE
by Ahindra Nag, Department of
Chemistry, Indian Institute of
Technology.
2008 / 312 Pages
ISBN : 9780071489706
Written by a team of international
experts, Biofuels Refining and
Performance describes the refining
processes and issues involved in
producing fuel derived from recently
living organisms or their by-products.
Each chapter offers detailed discussion
of theory as well as the actual
experimental procedure used to
economically manufacture biofuels on a
commercial scale.
CONTENTS
Chapter 1. Energy and Its Biological
Resources Chapter 2. Photosynthetic
Plants as Renewable Energy Sources
Chapter 3. Bioethanol: Market and
Production Processes Chapter 4. Raw
Ma terials to Produce Low-Cost
Biodiesel Chapter 5. Fuel and Physical
Properties of Biodiesel Components
Chapter 6. Processing of Vegetable Oils
as Biodiesel and Engine Performance
Chapter 7. Ethanol and Methanol as
Fuels in Internal Combustion Engines
Chapter 8. Cracking of Lipids for Fuels
and Chemicals Chapter 9. Fuel Cells /
Appendix / Index
CHEMICAL REACTION ENGINEERING • PROFESSIONAL REFERENCES
76 Visit us at www.mhhe.com www.tatamcgrawhill.com
US Edition
BIOFUELS ENGINEERING
PROCESS TECHNOLOGY
by Caye Drapcho, Associate Professor
and the Graduate Coordinator,
Department of Biosystems Engineering
at Clemson University; John Nghiem,
Senior Research Biochemical
Engineer,Crop Conversion Science and
Engineering Research Unit; Terry
Walker Associate Professor,
Department of Biosystems
Engineering,Clemson University.
2008 / 448 Pages
ISBN : 9780071487498
Written by a team of leading biofuels
experts, this lucid guide presents a
complete introduction to biofuels and
biorefining processes…state-of-the-art
information on biofuels processed from
fermentations of ethanol, hydrogen,
microbial oils, and methane…new
material on the production of biodiesel
from plant and algal oils…and the use of
microbial fuel cells to produce
bioelectricity.
CONTENTS
Part I. Introduction Part II. Fuels from
fermentations Section 1: Ethanol
Section 2. Hydrogen Section 3. Microbial
oils Section 4. Methane Part III. Fuel
from chemical conversion of plant oil
Section 5. Biodiesel Part IV. Bioelectricity
Part V. Technical Resources
U.S. Edition
HANDBOOK OF PETROCHEMICALS
PRODUCTION PROCESSES
by Robert A Meyers, TRW, Inc.
2005 / 1280 Pages
ISBN : 9780071410427
FEATURES
• General process description,
including feed definition and product
yield and a simplified flow diagram.
• Process chemistry and
thermodynamics for each major
processing unit as applicable.
• Process perspective. Developers,
location and specification of all test
and commercial plants and near
term and long term plans.
• Detailed process description.
Process flow diagaram with mass
and energy balances for major
process variations, and feeds and
details on unique or key equipment.
CONTENTS
Part One: Plastics: Chapter 1. Low
density polythylene. Chapter 2. Linear
low density polythylene. Chapter 3. High
density polythene Chapter 4.
Polypropylene. Chapter 5. Polystyrene.
Chapter 6. Acrylonitrile-butadienestyrene.
Chapter 7. Polyamine, nylon
tape. Chapter 8. Polyvinyl chloride and
co-polymers. Part Two: Organic
Chemicals. Chapter 9. Acetone.
Chapter 10. Acrylonitrile. Chapter 11.
Aniline. Chapter 12. 1, 3-Butadiene.
Chapter 13. Cumene. Chapter 14.
Ethylbenzene. Chapter 15. Ethylene.
Chapter 16. Ethylene dichloride.
Chapter 17. Ethylene oxide. Chapter 18.
Methanol. Chapter 19. Phenol. Chapter
20. Propylene. Chapter 21. Styrene.
Chapter 22. Urea
U.S. Edition
LANGE’S HANDBOOK OF
CHEMISTRY
70th Anniversary Edition
by James Speight, CD & W. Inc.
2005 / 1000 Pages
ISBN : 9780071432207
CONTENTS
Section 1. Organic Compounds.
Section 2. General Information,
Conversion Tables, and Mathematics.
Section 3. Inorganic Compounds.
Section 4. Prop erties of Atoms,
Radicals, and Bonds. Section 5.
Physical Properties. Section 6.
Thermodynamic Properties. Section 7.
Spectroscopy. Section 8. Electrolytes,
Electromotive Force, and Chemical.
Section 9. Physicochemical
Relationships. Section 10. Polymers,
Rubbers, Fats, Oils, and Waxes.
Section 11. Practical Laboratory
Information.
U.S. Edition
HANDBOOK OF CHEMICAL
ENGINEERING CALCULATIONS
3rd Edition
by N P Chopey
2004 / 800 Pages
ISBN : 9780071362627
(A Professional Book)
CONTENTS
Chapter 1. Physical and Chemical
properties. Chapter 2. Stoichiometry.
Chapter 3. Phase Equilibrium. Chapter
4. Chemical-Reaction Equilibrium.
Chapter 5. Reaction Kinetics and
Reactor Design. Chapter 6. Flow of
Fluids and Solids. Chapter 7. Heat
Transfer. Chapter 8: Distillation. Chapter
9. Extraction and Leaching. Chapter 10.
Crystallization. Chapter 11. Absorption
and Stripping. Chapter 12. Filtration.
Chapter 13. Liquid Agitation. Chapter
PROFESSIONAL REFERENCES
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14. Size reduction. Chapter 15. Air
Pollution Control. Chapter 16. Other
Chemical Engineering Calculations.
Chapter 17. Biotechnology (as it relates
to chemical engineering). Chapter 18.
Water-Pollution Control. Chapter 19.
Drying. Chapter 20. Absorption. Chapter
21. Cost-Engineering Calculations for
Chemical-Process Plant
U.S. Edition
HANDBOOK OF PETROLEUM
REFINING PROCESSES
3rd Edition
by Robert A Meyers, TRW, Inc.
2004 / 900 Pages
ISBN : 9780071391092
(A Professional Book)
CONTENTS
Part 1: Alkylation and Polymerization.
Part 2: Base Aromatics Production
Processes. Part 3: Catalytic Cracking.
Part 4: Catalytic Reforming. Part 5:
Demy-dogenation. Part 6: Hydrogen
Production. Part 7: Hydrocracking. Part
8: Hydrotreating. Part 9: Isomerization.
Part 10: Separation Processes. Part 11:
Sulfur Compound Extraction and
Sweetening. Part 12: Visbreaking and
Coking. Part 13: Oxygenates Production
Technologies. Part 14: Hydrogen
Processing. Part 15: Gas to Liquids
Technologies. / Glossary. /
Abbreviations and Acronyms. / Index
US Edition
WORKING GUIDE TO PROCESS
EQUIPMENT
by Norman Lieberman, Chemical
Engineer
2008 / 591 Pages
ISBN : 9780071496742
Drawing upon their decades of
experience, the authors shed light on
the inner workings of continuous
process equipment for a broad range of
industries, including such major ones
aschemical, refining, pharmaceutical,
and fertilizer. They include a wealth of
diagnostic tips, practical examples,
worked-out calculations, and up-todate
illustrations allowing readers to quickly
and easily pinpoint and repair
malfunctions.
CONTENTS
Introduction / Acknowledgments /
Chapter 1. Process Equipment
Fundamentals Chapter 2. Basic Terms
and Conditions Chapter 3. How Trays
Work: Flooding Downcomer Backup
Chapter 4. How Trays Work: Dumping
Weeping through Tray Decks Chapter 5.
Why Control Tower Pressure Options for
Optimizing Tower Operating Pressure
Chapter 6. What Drives Distillation
Towers Reboiler Function Chapter 7.
How Reboilers Work Thermosyphon,
Gravity Feed, and Forced Chapter 8.
Inspecting Tower Internals Chapter 9.
How Instruments Work Levels,
Pressures, Flows, and Temperatures
Chapter 10. Packed Towers: Better
Than Trays? Packed-Bed Vapor and
Liquid Distribution Chapter 11. Steam
and Condensate Systems Water
Hammer and Condensate Backup
Steam-Side Reboiler Control Chapter
12. Bubble Point and Dew Point
Equilibrium Concepts in Vapor-Liquid
Mixtures Chapter 13. Steam Strippers
Source of Latent Heat of Vaporization
Chapter 14. Draw-Off Nozzle Hydraulics
Nozzle Cavitation Due to Lack of
Hydrostatic Head Chapter 15.
Pumparounds and Tower Heat Flows
Closing the Tower Enthalpy Balance
Chapter 16. Condensers and Tower
Pressure Control Hot-Vapor Bypass:
Flooded Condenser Control Chapter 17.
Air Coolers Fin-Fan Coolers Chapter 18.
Deaerators and Steam Systems
Generating Steam in Boilers and BFW
Preparation Chapter 19. Vacuum
Systems: Steam Jet Ejectors Steam Jet
Ejectors Chapter 20. Steam Turbines
The Condensing Steam Turbine Chapter
21. Surface Condensers The
Condensing Steam Turbine Chapter 22.
Shell-and-Tube Heat Exchangers Heat-
Transfer Fouling Resistance Chapter
23. Heat Exchanger Innovations
Chapter 24. Fired Heaters: Fire- and
Flue-Gas Side Draft and Afterburn;
Optimizing Excess Air Chapter 25. Fired
Heaters: Process Side Coking Furnace
Tubes and Tube Failures Chapter 26.
Refrigeration Systems An Introduction
to Centrifugal Compressors Chapter 27.
Cooling Water Systems Chapter 28.
Catalytic Effects: Equilibrium and
Kinetics Chapter 29. Centrifugal Pumps:
Fundamentals of Operations Head,
Flow, and Pressure Chapter 30.
Centrifugal Pumps: Driver Limits Electric
Motors and Steam Turbines Chapter 31.
Centrifugal Pumps: Suction Pressure
Limits Cavitation and Net Positive
Suction Head Chapter 32. Control
Valves Chapter 33. Separators: Vapor-
Hydrocarbon-Water Liquid Settling
Rates Chapter 34. Gas Compression:
The Basic Idea The Second Law of
Thermodynamics Made Easy Chapter
35. Centrifugal Compressors and Surge
Overamping the Motor Drive Chapter
36. Reciprocating Compressors The
Carnot Cycle; Use of Indicator Card
Chapter 37. Compressor Efficiency
Effect on Driver Load Chapter 38.
Safety Concerns Relief Valves,
Corrosion, and Safety Trips Chapter 39.
Corrosion--Process Units Chapter 40.
Fluid Flow in Pipes Basic Ideas to
Evaluate Newtonian and Non-
Newtonian Flow Chapter 41. Super-
Fractionation Separation Stage Chapter
42. Computer Modeling and Control
Chapter 43. Field Troubleshooting
Process Problems / Glossary / Index
PROFESSIONAL REFERENCES
78 Visit us at www.mhhe.com www.tatamcgrawhill.com
U.S. Edition
CHEMICAL PROCESS AND DESIGN
HANDBOOK
by James Speight, CD & W Inc.
2002 / 1000 Pages
ISBN : 9780071374330
(A Professional Book)
Invaluable to chemical and
environmental engineers as well as
process designers, Chemical Process
and Design Handbook shows you how
to control chemical procsses to yield
desired effects efficiently and
economically. The book examines each
of the major chemical processes, such
as reactions, separations, mixing,
heating, cooling, pressure change, and
particle size reduction and enlargement
- in logically arranged alphabetical
chapters, providing you with an
understanding of the essential
qualitative analysis of each. The
Handbook, from expert James Speight:
FEATURES
• Emphasizes chemical conversions -
chemical reactions applied to
industrial processing
• Provides easy-to-understand
descriptions to explain reactor type
and design
• Describes the latest process
developments and possible future
improvements or changes
International Edition
PROPERTIES OF GAS AND LIQUIDS
by Bruce E. Poling; John M Prausnitz,
University of Californial, Berkeley; John
O’ Connel
2001 / 768 Pages
ISBN : 9780071189712
(A Professional Book)
CONTENTS :
Chapter 1. The Estimation of Physical
Properties. Chapter 2. Pure Component
Constants. Chapter 3. Thermodynamics
Properties of Ideal Gases. Chapter 4.
Pressure-Volume-Temperature
Relationships of Pure Gases and
Liquids. Chapter 5. Pressure-Volume-
Temperature Relationships of Mixtures.
Chapter 6. Thermodynamics Properties
of Pure Components and Mixtures.
Chapter 7. Vapor Pressuress and
Enthalpies of Vaporization of Pure
Fluids. Chapter 8. Fluid Phase Equilibria
in Multicomponent Systems. Chapter 9.
Viscocity. Chapter 10. Thermal
Conductivity. Chapter 11. Diffusion
Coefficients. Chapter 12. Surface
Tension.
International Edition
SHREVE’S CHEMICAL
PROCESS INDUSTRIES
5th Edition
by Austin, George T; Washington State
University
1984 / 864 Pages
ISBN : 9780070661677
(A Professional Book)
PROFESSIONAL REFERENCES
Visit us at www.mhhe.com www.tatamcgrawhill.com 79
INDEX
A
Adams : The Structural Engineer’s
Professional Training Manual ..................................... 33
Agarwal : Introduction To Engineering Materials ............ 10
Agrawal : Engineering Drawing ....................................... 20
Ali : Handbook Of Industrial Chemistry ........................... 75
Anderson : Modern Compressible Flow With
Historical Perspective 3rd Edition .............................. 17
Anderson : Surveying Theory And Practice,
7th Edition ................................................................... 24
Austin : Shreve’s Chemical Process
Industries 5th Edition .................................................. 78
Avner : Introduction To Physical
Metallurgy 2nd Edition ................................................ 12
B
Badger : Introduction To Chemical
Engineering ................................................................. 64
Bailey : Biochemical Engineering
Fundamentals 2nd Edition ......................................... 66
Ball : Transportation Engineering .................................... 63
Barber : Intermediate Mechanics
of Materials .................................................................. 12
Barrie : Professional Construction
Management 3rd Edition ............................................ 27
Basak : Irrigation Engineering ......................................... 42
Basak : Surveying And Levelling ..................................... 23
Beer : Mechanics For Engineers
Dynamics 5th Edition .................................................... 6
Beer : Mechanics For Engineers
Statics 5th Edition ......................................................... 6
Beer : Mechanics Of Materials
5th Edition (SI Units) (SIE) .......................................... 7
Beer : Statics And Mechanics Of Materials ....................... 9
Beer : Vector Mechanics For Engineers
Dynamics 9th Edition .................................................... 4
Beer : Vector Mechanics For Engineers
Dynamics, (Si Unit) ....................................................... 3
Beer : Vector Mechanics For Engineers
Statics, (Si Units) .......................................................... 2
AUTHOR INDEX
Beer : Vector Mechanics For Engineers
Statics, 9th Edition ........................................................ 3
Beer : Vector Mechanics For Engineers
Statics And Dynamics ................................................... 1
Benjamin : Water Chemistry ........................................... 37
Bertoline : Fundamentals Of Graphics
Communication 6th Edition ........................................ 21
Bertoline : Introduction To Graphics
Communications For Engine ...................................... 20
Bertoline : Technical Graphics
Communication 3rd Edition ........................................ 22
Bertoline : Technical Graphics
Communications 4th Edition ...................................... 22
Bhatt : Stoichiometry 5th Edition ..................................... 67
Boundy : Enginering Drawing 7th Edition ....................... 23
Bowles : Engineering Properties Of
Soils And Their Measurem ......................................... 41
Bowles : Foundation Analysis And
Design 5th Edition ...................................................... 46
Breyer : Design Of Wood Structuresasd/
Lrfd 6th Edition ..................................................... 58
Buchanan : Finite Element Analysis
(Special Indian Edition) ............................................... 18
Budynas : Advanced Strength And Applied
Stress Analysis 2nd Edition ................................. 10, 46
Burden : Illustrated Dictionary Of
Architecture 2nd Edition ............................................. 51
C
Canter : Environmental Impact Assessment
2nd Edition .................................................................. 41
Cao : Heat Transfer In Process Engineering .................. 66
Cengel : Fluid Mechanics Fundamentals
And Applications 2nd Edition ..................................... 13
Cengel : Fundamentals Of Thermal-fluid
Sciences With Studen ................................................ 16
Chang : Introduction To Geographic
Information Systems 4th Edition ................................ 30
Chapra : Surface Water Quality Modeling ...................... 45
Chawla : A Textbook Of Environmental Studies ............. 38
Cheng : Statics And Strength Of
Materials 2nd Edition .................................................. 11
80 Visit us at www.mhhe.com www.tatamcgrawhill.com
Chopey : Handbook Of Chemical
Engineering Calculations 3rd Edition ......................... 76
Chow : Applied Hydrology ................................................ 44
Cimbala : Essential Of Fluid Mechanics ......................... 16
Civitello : Construction Operations Manual
Of Policies And Procedures ....................................... 55
Colonel : Construction Project
Management 2nd Edition ........................................... 63
Crandall : An Introduction To Mechanics Of
Solids 3rd Edition .......................................................... 8
Cunningham : Principles Of Environmental Science
Inquiry And Applications 5th Edition .......................... 40
Cunningham : Principles Of Environmental Science
Inquiry And Applications 4th Edition .......................... 41
D
Davis : Construction Electronic Measurement
Standards (CEMS) Part 1 Reviewed
Revised Edition ........................................................... 28
Davis : Introduction To Environmental
Engineering 4th Edition .............................................. 39
Davis : Land Development Handbook 3rd Edition ......... 61
Davis : Principles Of Environmental
Engineering & Science ............................................... 40
Dechiara : Time-saver Standards For Housing
And Residential Design 8th Edition ........................... 54
Denevers : Air Pollution Control Engineering
2nd Edition ........................................................... 42, 65
Deolalikar : Plumbing Design And Practice ................... 36
Dieter : Mechanical Metallurgy 3rd Edition ..................... 12
Dines : Landscape Architect’s
Portable Handbook ..................................................... 52
Dirnberger : Practical Geotechnical
Engineering Design .................................................... 29
Doherty : Conceptu-al Design Of
Distillation Systems .................................................... 74
Douglas : Conceptual Design Of
Chemical Processes ................................................... 70
Douglas : Process/Industrial Instruments
And Controls Handbook ............................................. 71
Drapcho : Biofuels Engineering Process
Technology .................................................................. 76
Duany : Smart Growth ..................................................... 53
Dubey : Engineering Mechanics ........................................ 1
Duggal : Design Of Steel Strutures 3rd Edition .............. 32
Duggal : Limit State Design Of Steel Structures ............ 31
Duggal : Surveying 3rd Edition Volume 2 ....................... 23
Duggal : Surveying 3rd Edition Volume1 ........................ 23
E
Eckenfelder : Industrial Water
Quality 4th Edition ...................................................... 37
Edgar : Optimization Of Chemical
Processes 2nd Edition ................................................ 70
Emeritus : A World History Of
Architecture 2nd Edition ............................................. 57
Everard : Schaum’s Outline Of Reinforced
Concrete Design 3rd Edition ...................................... 35
Everest : Master Handbook Of
Acoustics 5th Edition .................................................. 52
F
Finnemore : Fluid Mechanics With
Engineering Applications 10th Edition ....................... 14
Fontana : Emeritus Corrosion
Engineering 3rd Edition .............................................. 34
G
Garvin : The American City 2nd Edition .......................... 54
Ghosal : Introduction To Chemical Engineering ............. 64
Ghosh : Fibre Science And Technology .......................... 64
Giles : Fluid Mechanics And
Hydraulics 3rd Edition (Schaum Series) .................... 15
Grava : Urban Transportation Systems ........................... 60
Green : Perry’s Chemical Engineers’
Handbook 8th Edition ................................................. 75
Gulhati : Geotechnical Engineering ................................ 29
Guthrie : Architect’s Portable
Handbook 4th Edition ................................................. 51
H
Hall : Community By Design New Urbanism For
Suburbs And Small Communities .............................. 54
AUTHOR INDEX
Visit us at www.mhhe.com www.tatamcgrawhill.com 81
Handy : Geotechnical Engineering
5th Edition ................................................................... 29
Harriott : Process Control ................................................ 71
Henkel : Structures And Properties
Of Engineering Materials ............................................ 12
Hicks : Civil Engineering Formulas 2nd Edition ............. 61
Horonjeff : Planning And Design Of
Airports 5th Edition ..................................................... 49
Horonjeff : Planning And Design Of
Airports 5th Edition ..................................................... 55
Hughes : Schaum’s Outline Of Fluid
Dynamics 3rd Edition .................................................. 17
Hutton : Fundamentals Of Finite
Element Analysis ........................................................ 18
I
Irvine : Surveying For Construction 5th Edition .............. 24
J
Jackson : Schaum’s Outline Of Statics
And Strength Of Materials .......................................... 12
Jensen : Engineering Drawing And
Design 7th Edition ...................................................... 22
Jolhe : Engineering Drawing An Introduction To
Autocad ....................................................................... 20
Joseph : Nvironmental Studies 2nd Edition .................... 38
K
Kaniraj : Design Aids In Soil Mechanics
& Foundation Enginee ................................................ 42
Karanth : Ground Water Assessment,
Development And Managemen .................................. 46
Karassik : Pump Handbook 4th Edition .......................... 47
Kazimi : Solid Mechanics Revised 1st Edition ............... 12
Kelley : Pro Engineer-wildfire
Instructor 5th Edition .................................................. 21
Kenneth : Introduction To Chemical Process
Fundamentals and Design 4th Edition ....................... 69
Kiely : Environmental Engineering
(Special Indian Edition) ............................................... 39
Kim : Modeling Of Asphalt Concrete ............................... 36
Kister : Distillation Design ............................................... 74
Knutson : Construction Management
Fundamentals 2nd Edition ......................................... 26
Kresic : Groundwater Resources .................................... 45
Krishan : Climate Responsive Architecture
A Design Handbook .................................................... 29
Krishnamoorthy : Finite Element Analysis Theory
And Programming 2nd Edition ................................... 19
Kubal : Construction Waterproofing
Handbook 2nd Edition ................................................ 59
Kubba : Property Condition Assessments ...................... 61
Kubba : Space Planning For Commercial
And Residential Interiors ............................................ 53
Kumar : Elements Of Fracture ........................................ 55
Kumar : Elements Of Fracture Machanics ..................... 55
Kumar : Engineering Mechanics 4th Edition .................... 5
Kunders : Facilities Planning And Management
Of Hospitals (Book + CD) ........................................... 52
Kuntjoro : An Introduction To The Finite
Element Method .......................................................... 20
L
Lagrega : Hazardous Waste
Management 2nd Edition ........................................... 43
Leet : Fundamentals Of Structural
Analysis 4th Edition .................................................... 32
Levy : Construction Superintendent
Operations Manual 2nd Edition .................................. 59
Levy : Project Management In
Construction 5th Edition ............................................. 60
Lieberman : Working Guide To Process ......................... 73
Lieberman : Working Guide To Process
Equipment ................................................................... 77
Liou : Microfluid Mechanics ............................................. 17
Luyben : Process Modeling, Simulation
And Control For Chem ................................................ 73
M
Mahajan : Pollution Control In
Process Industries ...................................................... 64
Majumdar : Water Resources Systems
Modeling Techniques And A ....................................... 25
AUTHOR INDEX
82 Visit us at www.mhhe.com www.tatamcgrawhill.com
Marlin : Process Control, 2nd Edition ............................. 72
Mccabe : Unit Operations In Chemical
Engineering 7th Editio ................................................ 68
Mcghee : Water Supply And
Sewerage 6th Edition ................................................. 37
Mclean : Schaum’s Outline Of Engineering
Mechanic 5th Edition .................................................... 6
Mehta : Concrete 3rd Edition ........................................... 34
Meier : Steel Water Storage Tanks .................................. 46
Metcalf : Wastewater Engineering Treatment
And Reuse 4th Edition ................................................ 36
Meyer : Urban Transportation Planning 2nd Edition ....... 49
Meyers : Handbook Of Petrochemicals .......................... 76
Meyers : Handbook Of Petrochemicals
Production Processes ................................................ 76
Meyers : Handbook Of Petroleum Refining
Processes 3rd Edition ................................................ 77
Michael : Water Wells & Pumps 2nd Edition .................. 47
Mundrey : Railway Track Engineering 4th Edition ......... 48
Murphy : Introduction To Chemical Processes
Principles, An .............................................................. 69
Murthy : Structure And Properties Of
Engineering Materials ................................................... 9
N
Nag : Biofuels Refining And Performance ....................... 75
Nair : Non-destructive Testing And Evaluation
Of Materiail .................................................................. 57
Najafi : Trenchless Technology Piping
Installation And Insp ................................................... 56
Narula : Material Science ................................................ 10
Nash : Strength Of Materials 5th Edition
(Special Indian Editioin) ................................................ 8
Nayar : Testing Of Metals ................................................. 13
Nayar : The Metal Databook ............................................ 54
Nayar : The Steel Handbook ............................................ 56
Negi : Design Of Steel
Structures 2nd Edition ................................................ 31
Negi : Strength Of Materials .............................................. 9
Negi : Strength Of Materials (Sigma Series) .................... 9
Nelson : Engineering Mechanics ...................................... 5
Neufville : Airport Systems Planning,
Design, And Management .......................................... 60
Nevers : Fluid Mechanics For Chemical
Engineers 3rd Edition ................................................. 67
Nichols : Moving The Earth 6th Edition .......................... 56
Nilson : Design Of Concrete
Structures 14th Edition ............................................... 33
O
Oberlender : Project Management For
Engineering And Constructio ...................................... 48
P
Pandit : Structural Analysis A Matrix
Approach 2nd Edition ................................................. 32
Parmley : Field Engineer’s Manual 3rd Edition .............. 62
Patranabis : Principles Of Process
Control 2nd Edition ..................................................... 72
Patranabis : Principles Of Process
Control, 3rd Edition ..................................................... 71
Peavy : Environmental Engineering ................................ 39
Peters : Elementary Chemical Engineering .................... 64
Peters : Plant Design And Economics
For Chemical Engineers ............................................. 74
Peters : Real-time Biomolecular Simulations ................ 66
Peurifoy : Construction Planning, Equipment,
And Methods 7th Edition ............................................ 25
Peurifoy : Construction Planning, Equipment,
And Methods 8th Edition ............................................ 26
Peurifoy : Estimating Construction
Costs 5th Edition ......................................................... 27
Pillai : Reinforced Concrete
Design 3rd Editon ....................................................... 35
Plesha : Engineering Mechanics
Dynamics ...................................................................... 4
Plesha : Engineering Mechanics Statics ........................... 2
Plotnick : Cpm In Construction
Management 7th Edition ............................................ 27
Poling : Properties Of Gas And Liquids .......................... 78
Poling : Properties Of Gas And
Liquids 5th Edition ...................................................... 10
Ponnuswamy : Bridge Engineering 2nd Edition ............ 50
AUTHOR INDEX
Visit us at www.mhhe.com www.tatamcgrawhill.com 83
Potter : Fluid Mechanics Demystified ............................. 17
Potter : Schaum’s Outline Of
Thermodynamics For Engineers 2 ............................. 65
Prabhudev : Handbook Of Heat
Treatment Of Steel ..................................................... 56
Pradeep : Nano The Essentials ....................................... 59
R
Raju : Prestressed Concrete 5th Edition ......................... 34
Rao : Air Pollution ............................................................. 42
Rao : Fluid Mechanics And
Machinery 2nd Edition ................................................ 15
Rao : Introduction To Biochemical
Engineering 2nd Edition ............................................. 66
Rattan : Strength Of Materials 2nd Edition ....................... 7
Reddy : An Introduction To The Finite
Element Method 3rd Edition ....................................... 18
Reddy : Basic Structural Analysis 3rd Edition ................ 32
Rishel : Water Pumps And Pumping Systems ............... 62
Ritter : Securing Global Transportation Networks .......... 49
Ritz : Total Construction Project Management ............... 63
Roberge : Corrosion Engineering .................................... 51
Rubin : Introduction To Engineering And
The Environment ........................................................ 40
Russ : Site Planning And Design
Handbook 2nd Edition ................................................ 62
S
Salgado : The Engineering Of Foundations ................... 47
Sarkar : Strength Of Materials ........................................... 9
Sawyer : Chemistry For Environmental
Engineering And Scienc ............................................. 39
Scutella : How To Plan, Contract, And Build
Your Own Home 5th Edition ....................................... 57
Shah : Building Drawing With An Integrated
Approach To B ............................................................ 53
Silver : Global Warming And Climate Change
Demystified ................................................................. 41
Sinha : Handbook Of Reinforced
Concrete Design ......................................................... 57
Sinha : Reinforced Concrete Design
2nd Revised Edition .................................................... 35
Sinvhal : Understanding Earthquake
Disasters ..................................................................... 55
Smith : Foundations Of Materials
Science And Engineering ........................................... 11
Smith : Introduction To Chemical Engineering
Thermodynamic .......................................................... 65
Smith : Materials Science And
Engineering 4th Edition (SIE) ..................................... 11
Soli : Wastewater Treatment For
Pollution Control And Reu .......................................... 36
Som : Introduction To Fluid Mechanics
And Fluid Machines .................................................... 13
Speight : Chemical Process And Design
Handbook .................................................................... 78
Speight : Lange’s Handbook Of Chemistry 70th
Anniversary Edition ..................................................... 76
Srinath : Advanced Mechanics Of
Solids 3rd Edition .......................................................... 7
Srinivasan : Engineering Materials
And Metallurgy ............................................................ 13
Srinivasulu : Handbook Of Machine Foundations ......... 57
Streeter : Fluid Mechanics 9th Edition ............................ 16
Sturm : Open Channel Hydraulics 2nd Edition ............... 45
Subramanya : Engineering Hydrology 3rd Edition ......... 43
Subramanya : Flow In Open Channels 3rd Edition ........ 44
Subramanya : Fluid Mechanics And
Hydraulic Machines Problems An .............................. 15
T
Taly : Design Of Reinforced Masonry
Structures 2nd Edition ................................................ 57
Teicholz : Facility Design And
Management Handbook ............................................. 51
Teo : Building Quantities An Introduction
Using Construc ........................................................... 27
Thakore : Introduction To Process
Engineering And Design ............................................. 68
Thornton : Water Loss Control 2nd Edition .................... 38
Timoshenko : Engineering Mechanics
Revised 4th Edition (Special ........................................ 5
AUTHOR INDEX
84 Visit us at www.mhhe.com www.tatamcgrawhill.com
Timoshenko : Theory Of Plates And
Shells 2nd Edition ....................................................... 49
Tonias : Bridge Engineering 2nd Edition ........................ 50
Treybal : Mass Transfer
Operations 3rd Edition ................................................ 73
Tsung : Introduction To Geographic
Information Systems With .......................................... 31
Turner : Excavation Systems Planning,
Design, And Safety ..................................................... 58
Turns : Introduction To Combustion, 3rd Edition ............ 70
U
Ugural : Mechanics Of Materials ....................................... 8
Vinnakota : Steel Structures Behavior And Lrfd ............. 33
W
Walker : Water-resistant Design And Construction ........ 59
Ward : Principles Of Hydrology 4th Edition ..................... 44
Watson : Time Saver Standards For
Architectural Design 8th Edition ................................. 54
Watson : Time-saver Standards For
Building Materials & System ...................................... 54
Watson : Time-saver Standards For Urban Design ........ 54
Wells : Airport Planning And
Management 5th Edition ............................................ 58
White : Fluid Mechanics 7th Edition
(Special Indian Edition) ............................................... 14
White : Viscous Fluid Flow 3rd Edition ........................... 19
Williamson : Apa Engineered Wood Handbook............. 62
Wirshing : Schaum’s Outline Of Introductory
Surveying .................................................................... 25
Wolf : Elements Of Photogrammetry
With Applications In Gi ............................................... 25
Y
Young : Roark’s Formulas For Stress
And Strain 7th Edition ................................................. 62
AUTHOR INDEX
Visit us at www.mhhe.com www.tatamcgrawhill.com 85
TITLE INDEX
INDEX
A
A Textbook Of Environmental
Studies : Chawla ......................................................... 38
A World History Of
Architecture 2nd Edition : Emeritus ........................... 57
Advanced Mechanics Of
Solids 3rd Edition : Srinath .......................................... 7
Advanced Strength And Applied Stress
Analysis 2nd Edition : Budynas ........................... 10, 46
Air Pollution : Rao .............................................................. 42
Air Pollution Control
Engineering 2nd Edition : Denevers .................... 42, 65
Airport Planning And
Management 5th Edition : Wells ................................ 58
Airport Systems Planning, Design,
And Management : Neufville ..................................... 60
An Introduction To Mechanics Of
Solids 3rd Edition : Crandall ........................................ 8
An Introduction To The Finite
Element Method : Kuntjoro ........................................ 20
An Introduction To The Finite Element
Method 3rd Edition : Reddy ........................................ 18
Apa Engineered Wood Handbook : Williamson .............. 62
Applied Hydrology : Chow................................................. 44
Architect’s Portable
Handbook 4th Edition : Guthrie ................................. 51
B
Basic Structural Analysis 3rd Edition : Reddy .................. 32
Biochemical Engineering
Fundamentals 2nd Edition : Bailey ............................ 66
Biofuels Engineering
Process Technology : Drapcho .................................. 76
Biofuels Refining And Performance : Nag ........................ 75
Bridge Engineering 2nd Edition : Ponnuswamy.............. 50
Bridge Engineering 2nd Edition : Tonias .......................... 50
Building Drawing With An Integrated
Approach To B : Shah ................................................. 53
Building Quantities An Introduction
Using Construc : Teo................................................... 27
C
Chemical Process And Design
Handbook : Speight .................................................... 78
Chemistry For Environmental Engineering
And Scienc : Sawyer ................................................... 39
Civil Engineering Formulas 2nd Edition : Hicks .............. 28
Construction Management
Fundamentals 2nd Edition : Knutson ........................ 26
Construction Operations Manual
Of Policies And Procedures : Civitello ...................... 55
Construction Planning, Equipment,
And Methods 7th : Peurifoy ....................................... 25
Construction Planning, Equipment,
And Methods 8th : Peurifoy ....................................... 26
Construction Project
Management 2nd Edition : Colonel ........................... 63
Construction Superintendent Operations
Manual 2nd Edition : Levy .......................................... 59
Construction Waterproofing
Handbook 2nd Edition : Kubal ................................... 59
Corrosion Engineering : Roberge ..................................... 51
Cpm In Construction Management 7th Edition : Plotnick27
D
Design Aids In Soil Mechanics &
Foundation Enginee : Kaniraj .................................... 42
Design Of Concrete
Structures 14th Edition : Nilson ................................. 33
Design Of Reinforced Masonry
Structures 2nd Edition : Taly ....................................... 57
Design Of Steel Structures 2nd Edition : Negi ................. 31
Design Of Steel Strutures 3rd Edition : Duggal ............... 32
Design Of Wood Structures-asd
/Lrfd 6th Edition : Breyer ............................................ 58
Distillation Design : Kister ................................................ 74
86 Visit us at www.mhhe.com www.tatamcgrawhill.com
TITLE INDEX
E
Elementary Chemical Engineering : Peters ..................... 64
Elements Of Fracture : Kumar ......................................... 55
Elements Of Fracture Machanics : Kumar....................... 55
Elements Of Photogrammetry With
Applications In Gi : Wolf ............................................. 25
Emeritus Corrosion
Engineering 3rd Edition : Fontana .......................... 34
Engineering Drawing : Agrawal ........................................ 20
Engineering Drawing An
Introduction To Autocad : Jolhe .................................. 20
Engineering Drawing And
Design 7th Edition : Jensen ....................................... 22
Engineering Hydrology 3rd Edition : Subramanya .......... 43
Engineering Materials
And Metallurgy : Srinivasan ....................................... 13
Engineering Mechanics : Dubey ......................................... 1
Engineering Mechanics : Nelson ........................................ 5
Engineering Mechanics 4th Edition : Kumar...................... 5
Engineering Mechanics Dynamics : Plesha ....................... 4
Engineering Mechanics
Revised 4th Edition (SIE) : Timoshenko ..................... 5
Engineering Mechanics Statics : Plesha ............................ 2
Engineering Properties Of Soils And
Their Measurem : Bowles .......................................... 41
Enginering Drawing 7th Edition : Boundy ........................ 23
Environmental Engineering : Peavy.................................. 39
Environmental Engineering
(Special Indian Edition) : Kiely ................................... 39
Environmental Impact
Assessment 2nd Edition : Canter .............................. 41
Essential Of Fluid Mechanics : Cimbala .......................... 16
Estimating Construction
Costs 5th Edition : Peurifoy ....................................... 27
Excavation Systems Planning, Design,
And Safety : Turner ..................................................... 58
F
Facilities Planning And Management
Of Hospitals (Book + CD) : Kunders ......................... 52
Facility Design And Management
Handbook : Teicholz ................................................... 51
Fibre Science And
Technology : Ghosh .................................................... 64
Field Engineer’s
Manual 3rd Edition : Parmley ..................................... 62
Finite Element Analysis
(Special Indian Edition) : Buchanan ......................... 18
Finite Element Analysis Theory And Programming
2nd Edition : Krishnamoorthy ................................... 19
Flow In Open Channels 3rd Edition : Subramanya ......... 44
Fluid Mechanics 7th Edition
(Special Indian Edition) : White .................................. 14
Fluid Mechanics 9th Edition : Streeter ............................. 16
Fluid Mechanics And Hydraulic
Machines Problems An : Subramanya ...................... 15
Fluid Mechanics And Hydraulics
3rd Edition (Schaum Series) : Giles .......................... 15
Fluid Mechanics And Machinery 2nd Edition : Rao ......... 15
Fluid Mechanics Demystified : Potter .............................. 17
Fluid Mechanics For Chemical
Engineers 3rd Edition : Nevers .................................. 67
Fluid Mechanics Fundamentals And
Applications 2nd Edition : Cengel .............................. 13
Fluid Mechanics With Engineering
Applications 10th Edition : Finnemore ...................... 14
Foundation Analysis And
Design 5th Edition : Bowles ....................................... 46
Foundations Of Materials Science
And Engineering : Smith ........................................... 11
Fundamentals Of Finite Element
Analysis : Hutton......................................................... 18
Fundamentals Of Graphics Communication
6th Edition : Bertoline ................................................. 21
Fundamentals Of Structural Analysis
4th Edition : Leet ......................................................... 32
Fundamentals Of Thermal-fluid
Sciences With Studen : Cengel ................................. 16
G
Geotechnical Engineering : Gulhati ................................. 29
Geotechnical Engineering 5th Edition : Handy ................ 29
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TITLE INDEX
Global Warming And Climate Change
Demystified : Silver ..................................................... 41
Ground Water Assessment, Development
And Managemen : Karanth ........................................ 46
Groundwater Resources : Kresic ..................................... 45
H
Handbook Of Chemical Engineering Calculations
3rd Edition : Chopey ................................................... 76
Handbook Of Heat Treatment
Of Steel : Prabhudev .................................................. 56
Handbook Of Industrial Chemistry : Ali ............................ 75
Handbook Of Machine Foundations : Srinivasulu .......... 57
Handbook Of Petrochemicals : Meyers ........................... 76
Handbook Of Petrochemicals Production
Processes : Meyers .................................................... 76
Handbook Of Petroleum Refining
Processes 3rd Edition : Meyers ................................. 77
Handbook Of Reinforced
Concrete Design : Sinha ............................................ 57
Hazardous Waste Management
2nd Edition : Lagrega ................................................. 43
Heat Transfer In Process Engineering : Cao ................... 66
How To Plan, Contract, And Build Your
Own Home 5th Edition : Scutella ............................... 57
I
Illustrated Dictionary Of Architecture
2nd Edition : Burden ................................................... 51
Industrial Water Quality
4th Edition : Eckenfelder ............................................ 37
Intermediate Mechanics
of Materials : Barber ................................................... 12
Introduction To Biochemical
Engineering 2nd Edition : Rao .................................... 66
Introduction To Chemical
Engineering : Badger .................................................. 64
Introduction To Chemical
Engineering : Ghosal .................................................. 64
Introduction To Chemical
Engineering Thermodynamic : Smith ........................ 65
Introduction To Chemical Process Fundamentals
and Design 4th Edition : Kenneth .............................. 69
Introduction To Chemical Processes
Principles, An : Murphy .............................................. 69
Introduction To Combustion, 3rd Edition : Turns ............. 70
Introduction To Engineering And
The Environment : Rubin ........................................... 40
Introduction To Engineering
Materials : Agarwal ..................................................... 10
Introduction To Environmental
Engineering 4th Edition : Davis .................................. 39
Introduction To Fluid Mechanics And
Fluid Machines : Som ................................................. 13
Introduction To Geographic Information
Systems 4th Edition : Chang ...................................... 30
Introduction To Geographic Information
Systems With : Tsung ................................................ 31
Introduction To Graphics Communications
For Engine : Bertoline ................................................ 20
Introduction To Physical Metallurgy
2nd Edition : Avner ...................................................... 12
Introduction To Process Engineering And Design : Thakore
68
Irrigation Engineering : Basak .......................................... 42
L
Land Development
Handbook 3rd Edition : Davis ..................................... 61
Landscape Architect’s
Portable Handbook : Dines ........................................ 52
Lange’s Handbook Of Chemistry 70th
Anniversary Edition : Dpeight .................................... 76
Limit State Design Of
Steel Structures : Duggal ........................................... 31
M
Mass Transfer Operations 3rd Edition : Treybal .............. 73
Master Handbook Of
Acoustics 5th Edition : Everest .................................. 52
Material Science : Narula .................................................. 10
Materials Science And Engineering
4th Edition (SIE) : Smith ............................................. 11
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Mechanical Metallurgy 3rd Edition : Dieter ...................... 12
Mechanics For Engineers
Dynamics 5th Edition : Beer ......................................... 6
Mechanics For Engineers
Statics 5th Edition : Beer .............................................. 6
Mechanics Of Materials : Ugural ........................................ 8
Mechanics Of Materials 5th
Edition (SI Units) (SIE) : Beer ..................................... 7
Microfluid Mechanics : Liou .............................................. 17
Modeling Of Asphalt Concrete : Kim ................................ 36
Modern Compressible Flow With Historical
Perspective 3rd Edition : Anderson ........................... 17
Moving The Earth 6th Edition : Nichols ........................... 56
N
Nano The Essentials : Pradeep ........................................ 59
Non-destructive Testing And Evaluation
Of Materiai : Nair ......................................................... 57
Nvironmental Studies 2nd Edition : Joseph ..................... 38
O
Open Channel Hydraulics
2nd Edition : Sturm ..................................................... 45
Optimization Of Chemical
Processes 2nd Edition : Edgar................................... 70
P
Perry’s Chemical Engineers’
Handbook 8th Edition : Green .................................... 75
Planning And Design Of
Airports 5th Edition : Horonjeff .................................. 49
Planning And Design Of
Airports 5th Edition : Horonjeff .................................. 55
Plant Design And Economics For
Chemical Engineers : Peters ...................................... 74
Plumbing Design And Practice : Deolalikar ..................... 36
Pollution Control In Process
Industries : Mahajan ................................................... 64
Practical Geotechnical
Engineering Design : Dirnberger ............................... 29
Prestressed Concrete 5th Edition : Raju .......................... 34
Principles Of Environmental
Engineering & Science : Davis ................................... 40
Principles Of Environmental Science Inquiry And
Applications 4th Edition : Cunningham ..................... 41
Principles Of Environmental Science Inquiry
and Applications 5th Edition : Cunningham.............. 40
Principles Of Hydrology 4th Edition : Ward ...................... 44
Principles Of Process
Control 2nd Edition : Patranabis ................................ 72
Principles Of Process
Control, 3rd Edition : Patranabis ............................... 71
Pro Engineer-wildfire
Instructor 5th Edition : Kelley ..................................... 21
Process Control : Harriott ................................................. 71
Process Control, 2nd Edition : Marlin ............................. 72
Process Modeling, Simulation And
Control For Chem : Luyben ........................................ 73
Process/Industrial Instruments And Controls
Handbook : Douglas ................................................... 71
Professional Construction Management
3rd Edition : Barrie ...................................................... 27
Project Management For Engineering
And Constructio : Oberlender .................................... 48
Project Management In
Construction 5th Edition : Levy .................................. 60
Properties Of Gas And Liquids : Poling ........................... 78
Properties Of Gas And
Liquids 5th Edition : Poling ........................................ 10
Property Condition Assessments : Kubba ....................... 61
Pump Handbook 4th Edition : Karassik ........................... 47
Railway Track Engineering
4th Edition : Mundrey ................................................. 48
Real-time Biomolecular
Simulations : Peters .................................................... 66
Reinforced Concrete Design
2nd Revised Edition : Sinha ....................................... 35
Reinforced Concrete
Design 3rd Editon : Pillai ............................................ 35
Roark’s Formulas For Stress
And Strain 7th Edition : Young ................................... 62
TITLE INDEX
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S
Schaum’s Outline Of Engineering
Mechanic 5th Edition : Mclean ..................................... 6
Schaum’s Outline Of
Introductory Surveying : Wirshing ............................ 25
Schaum’s Outline Of Reinforced
Concrete Design 3rd Edition : Everard ...................... 35
Schaum’s Outline Of Statics And Strength
Of Materials : Jackson ............................................... 12
Schaum’s Outline Of Fluid
Dynamics 3rd Edition : Hughes ................................. 17
Schaum’s Outline Of Thermodynamics
For Engineers 2 : Potter ............................................. 65
Securing Global
Transportation Networks : Ritter ................................ 49
Shreve’s Chemical Process
Industries 5th Edition : Austin .................................... 78
Site Planning And Design
Handbook 2nd Edition : Russ ..................................... 62
Smart Growth : Duany ....................................................... 53
Solid Mechanics
Revised 1st Edition : Kazimi ...................................... 12
Space Planning For Commercial
And Residential Interiors : Kubba .............................. 53
Statics And Mechanics Of Materials : Beer ........................ 9
Statics And Strength Of
Materials 2nd Edition : Cheng .................................... 11
Steel Structures Behavior
and Lrfd : Vinnakota ................................................... 33
Steel Water Storage Tanks : Meier ................................... 46
Stoichiometry 5th Edition : Bhatt ...................................... 67
Strength Of Materials : Negi................................................ 9
Strength Of Materials : Sarkar ............................................ 9
Strength Of Materials
(Sigma Series) : Negi .................................................... 9
Strength Of Materials 2nd Edition : Rattan ........................ 7
Strength Of Materials 5th Edition
(Special Indian Editioin) : Nash .................................... 8
Structural Analysis A Matrix
Approach 2nd Edition : Pandit ................................... 32
Structure And Properties Of
Engineering Materials : Murthy .................................... 9
Structures And Properties Of
Engineering Materials : Henkel .................................. 12
Surface Water Quality Modeling : Chapra ....................... 45
Surveying Theory And
Practice, 7th Edition : Anderson ................................ 24
Surveying 3rd Edition Volume 2 : Duggal ........................ 23
Surveying 3rd Edition Volume1 : Duggal ......................... 23
Surveying And Levelling : Basak ...................................... 23
Surveying For Construction
5th Edition : Irvine ....................................................... 24
T
Technical Graphics Communication
3rd Edition : Bertoline ................................................ 22
Technical Graphics Communications
4th Edition : Bertoline ................................................. 22
Testing Of Metals : Nayar .................................................. 13
The American City
2nd Edition : Garvin .................................................... 54
The Engineering Of
Foundations : Salgado ............................................... 47
The Metal Databook : Nayar ............................................. 54
The Steel Handbook : Nayar ............................................. 56
The Structural Engineer’s Professional
Training Manual : Adams ............................................ 33
Theory Of Plates And
Shells 2nd Edition : Timoshenko ............................... 49
Time Saver Standards For Architectural
Design 8th Edition : Watson ....................................... 54
Time-saver Standards For Building
Materials & System : Watson ..................................... 54
Time-saver Standards For Housing And Residential
Design 8th Edition : Dechiara .................................... 54
Time-saver Standards For Urban Design : Watson ......... 54
Total Construction Project Management : Ritz ................ 63
Transportation Engineering : Ball ..................................... 63
Trenchless Technology Piping
Installation And Insp : Najafi ....................................... 56
TITLE INDEX
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U
Understanding Earthquake
Disasters : Sinvhal ..................................................... 55
Unit Operations In Chemical
Engineering 7th Editio : Mccabe ................................ 68
Urban Transportation Planning
2nd Edition : Meyer ..................................................... 49
Urban Transportation Systems : Grava ............................ 60
V
Vector Mechanics For Engineers
Dynamics 9th Edition : Beer ......................................... 4
Vector Mechanics For Engineers
Dynamics, (Si Unit) : Beer ............................................ 3
Vector Mechanics For Engineers
Statics And Dynamics : Beer ........................................ 1
Vector Mechanics For Engineers
Statics, (Si Units) : Beer ............................................... 2
Vector Mechanics For Engineers
Statics, 9th Edition : Beer ............................................. 3
Viscous Fluid Flow 3rd Edition : White ............................ 19
W
Wastewater Engineering Treatment And
Reuse 4th Edition : Metcalf ........................................ 36
Wastewater Treatment For Pollution
Control And Reu : Soli ................................................ 36
Water Chemistry : Benjamin ............................................ 37
Water Loss Control 2nd Edition : Thornton ..................... 38
Water Pumps And Pumping Systems : Rishel ................ 62
Water Resources Systems Modeling
Techniques And A : Majumdar ................................... 25
Water Supply And Sewerage
6th Edition : Mcghee ................................................... 37
Water Wells & Pumps 2nd Edition : Michael ................... 47
Water-resistant Design
and Construction : Walker .......................................... 59
Working Guide To Process : Lieberman .......................... 73
Working Guide To Process
Equipment : Lieberman .............................................. 77
TITLE INDEX
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CIVIL ENGINEERING
SUBJECT INDEX
ENGINEERING MECHANICS .................................................................................................................................................. 1
STRENGTH OF MATERIALS/MATERIAL SCIENCE .............................................................................................................. 7
METALLURGY ........................................................................................................................................................................ 12
FLUID MECHANICS ............................................................................................................................................................... 13
FLUID MECHANICS (ADVANCED/ COMPRESSIBLE FLOW GAS DYNAMICS) .............................................................. 17
FINITE ELEMENT METHOD ................................................................................................................................................. 18
FINITE ELEMENT METHOD ................................................................................................................................................. 19
ENGINEERING DRAWING .................................................................................................................................................... 20
SURVEYING ........................................................................................................................................................................... 23
WATER RESOURCES............................................................................................................................................................ 25
CONSTRUCTION MANAGEMENT........................................................................................................................................ 25
GEOTECHNICAL ENGINEERING ......................................................................................................................................... 29
GEOGRAPHIC INFORMATION SYSTEM .............................................................................................................................. 30
STRUCTURES: STEEL.......................................................................................................................................................... 31
STRUCTURES: CONCRETE ................................................................................................................................................. 33
PLUMBING ............................................................................................................................................................................. 36
WATER / WASTE WATER/SOLID WASTE ENGINEERING ................................................................................................. 36
ENVIRONMENTAL ENGINEERING ...................................................................................................................................... 38
SOIL MECHANICS ................................................................................................................................................................. 41
IRRIGATION ENGINEERING ................................................................................................................................................. 42
AIR POLLUTION .................................................................................................................................................................... 42
HAZARDOUS WASTE ............................................................................................................................................................ 43
HYDROLOGY / SEDIMENT TRANSPORT ............................................................................................................................ 43
WATER STORAGE ................................................................................................................................................................. 46
STRESS ANALYSIS ............................................................................................................................................................... 46
FOUNDATION ......................................................................................................................................................................... 46
PUMP ENGINEERING ........................................................................................................................................................... 47
PROJECT MANAGEMENT SCHEDULING ........................................................................................................................... 48
TRANSPORTATION................................................................................................................................................................ 48
TRANSPORTATION PLANNING ........................................................................................................................................... 49
PLATES AND SHELLS .......................................................................................................................................................... 49
BRIDGE ENGINEERING........................................................................................................................................................ 50
CORROSION ENGINEERING ............................................................................................................................................... 50
GENERAL INTRODUCTION .................................................................................................................................................. 51
LANDSCAPE ARCHITECTURE............................................................................................................................................. 52
ACOUSTICS ........................................................................................................................................................................... 52
HOSPITALS: PLANNING & DESIGN .................................................................................................................................... 52
BUILDING DESIGN (INTRO) ................................................................................................................................................. 53
URBAN PLANNING ................................................................................................................................................................ 53
PROFESSIONAL REFERENCES.......................................................................................................................................... 54
CHEMICAL ENGINEERING ................................................................................................................................................... 64
POLLUTION CONTROL ........................................................................................................................................................ 64
THERMODYNAMICS ............................................................................................................................................................. 65
BIOCHEMICAL ENGINEERING ............................................................................................................................................ 66
FLUID MECHANICS ............................................................................................................................................................... 67
UNIT OPERATIONS / DESIGN / CONTROL ......................................................................................................................... 67
COMBUSTION ........................................................................................................................................................................ 70
PROCESS CONTROL ............................................................................................................................................................ 71
DISTILLATION ........................................................................................................................................................................ 74
PLANT DESIGN ECONOMICS .............................................................................................................................................. 74
CHEMICAL REACTION ENGINEERING ............................................................................................................................... 75
PROFESSIONAL REFERENCES.......................................................................................................................................... 75
Tata McGraw-Hill Education is bringing 21st century custom publishing solution to India with
McGraw-Hill Create (www.mcgrawhillcreate.in), an innovative platform that gives instructors
unprecedented control over and customization of higher education classroom content.
Increasingly, instructors are looking for low-cost solutions that offer the ability to integrate
content from multiple disciplines, allow them to seamlessly incorporate their own material,
contain enhanced search functions and promise faster delivery times. Instructors are
demanding content solutions that are tailored to the way they teach. It is with these needs in
mind that Create has been developed.
The create platform enables professors to design custom classroom content from a library of
nearly 50,000 sources. At Create's core is a Google-like search engine functionality that enables
professors to immediately pull from a wide range of quality content, including 4,000 McGraw-
Hill textbooks, 5,500 articles, 11,000 literature, philosophy and humanities readings, and 25,000
business case studies from prominent business schools across the world. This powerful search
tool allows professors to view content across the library, or limit their search by category, such
as discipline or copyright year.
CREATE, which is now being used by higher education institutions worldwide, is currently
available across all 75 disciplines for which McGraw-Hill supplies content.
To know more, please contact
Marketing Manager
Higher Education
vijay_sarathi@mcgraw-hill.com
Tel : + 91-120-4383400/ 3486
Vijay Sarathi
The Next- Generation
Custom Publishing
Platform
press
Tata McGraw-Hill, India’s leading publisher of text and reference books now offers
Express-a library of selet e-books in Engineering, Computing, Technology and
Management areas.
Express is available in India on the Mylibrary platform. MyLibrary is an industry-leading
e-content aggregation platform for public, academic and professional libraries areound
the world. I
The easy-to-navigate user interface allows for fast access to electronic information,
making Express an indispensable tool for Engineering , Computing, Science &
Technology library users. This is supported by flexible authentication, comprehensive
search and retrieval capabilities and the ability for individual users to annotate and store
searches and notes for access at a later date.
Express features 500 key works spread across Civil Engineering, Computing, Electrical
Engineering, Electronics Engineering, Mechanical Engineering, Business Management,
Science and Mathematics. These carefully selected best-sellers include works of authors
such as APJ Abdul Kalam, Ajoy Ghatak, Gerd Keiser, D P Kothari, P K Nag, A K Ray, Jacob
Millman, Dennis Roddy, Elaine Rich among others.
Express is certain to be a very valuable addition to your digital library.
To know more, please contact.
Marketing Manager
Higher Education
vijay_sarathi@mcgraw-hill.com
Tel : + 91-120-4383400/ 3486
Vijay Sarathi