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ENGINEERING

MATHEMATICS

ENGINEERING MATHEMATICS

A TUTORIAL APPROACH

by Ravish Singh, Vice-Principal,

Thakur College of Engineering &

Technology, Mumbai; Mukul Bhatt Sr.

Lecturer, Dept. of Humanities and

Sciences, Thakur College of

Engineering & Technology, Mumbai

2009 / 1728 Pages

ISBN : 9780070146150

This book, designed for a two-semester

course on engineering mathematics,

presents concepts in adequate depth

using step-by-step problem solving

approach. Enriched with a plethora of

solved examples, practice problems and

engineering applications, it offers a

unique combination of theory and

practice in a lucid and user-friendly

manner.

FEATURES

• Includes application-based

problems— Jacobian, errors and

approximation, maxima and minima

under partial differential equations

• Questions from different university

examination papers interspersed

within the text

• Presents list of important formulae

for quick recap

• Exhaustive pedagogy

• 1800 Solved Problems

• 2200 Practice Problems

CONTENTS

1. Complex Numbers 2. Differential

Calculus I 3. Differential Calculus II 4.

Partial Differentiation 5. Infinite Series

6. Integral calculus 7. Gamma & beta

functions 8. Multiple Integrals 9. Vector

Calculus 10. Differential Equations 11.

Matrices 12. Laplace Transform 13.

Fourier Series 14. Fourier Transform

15. Z-Transform

HIGHER ENGINEERING

MATHEMATICS

by B.V. Ramana, Professor, Mekele

University, Mekele, Tigray, Ethiopia

2006 / 1380 Pages

ISBN : 9780070634190

This Comprehensive text on Higher

Engineering Mathematics covers the

syllabus of all the mathematics papers

offered to the undergraduate students.

Plethora of Solved examples help the

students know the variety of problems &

Procedure to solve them. Plenty of practice

problems facilitate testing their understanding

of the subject.

FEATURES

• Covers the syllabus of all the four

papers of Engineering Mathematics

• Detailed coverage of topics with lot

of solved examples rendering clear

understanding to the students.

• Engineering Applications of Integral

Calculus, Ordinary Differential

Equations of First and Higher Order,

& Partial Differential Equations

illustrate the use of these methods.

• Chapters on preliminary topics like

• Analytical Solid Geometry

• Matrices and Determinants

• Sequence and Series

• Complex Numbers

• Vector Algebra

• Differential and Integral Calculus

• Extensive coverage of “Probability

and Statistics (5 chapters).

CONTENTS

PART A : PRELIMI NARIES Chapter 1.

Vector Algebra , Theory of Equations,

Complex Numbers, PART B : DIFFERENTIAL

AND INTEGRAL CALCULUS

Chapter 2. Differential Calculus, Chapter

3. Partial Differentiation, Chapter 4.

Maxima and Minima, Chapter 5. Curve

Tracing, Chapter 6 Integral Calculus : Applications,

Chapter 7 Multiple Integrals

PART C : ORDINARY DIFFERENTIAL

EQUATIONSChapter 8. Ordinary Differential,

Equations : First Order with Applications,

Chapter .9. Ordinary Differential

Equations : Second and higher orders

with Applications , Chapter 10. Series

Solutions, Chapter 11. Special Functions,

Chapter 12. Laplace Transform

PART D : LINEAR ALGEBRA AND VECTOR

CALCULUS Chapter 13. Matrices,

Chapter 14. Eigen values and Eigen vectors,

Chapter 15. Vector Differential Calculus,

Chapter 16. Vector Integral Calculus

PART E : FOURIER ANALYSIS

AND PARTIAL DIFFERENTIAL EQUATIONS

Chapter 17. Fourier Series,

Chapter 18. Partial Differential Equations,

Chapter 19. Applications of PDE,

Chapter 20. Fourier Integral and Fourier

Transform, Chapter 21. Finite Differences

and Z-Transforms PART F : COMPLEX

ANALYSIS Chapter 22. Complex

functions, Chapter 23. Complex Integration,

Chapter 24. Theory of residues,

Chapter 25. Conformal Mapping

Vijay Nicole Imprints Title

ENGINEERING MATHEMATICS III

by S. Santha, Noorul Islam College of

Engineering Thuckalay

2006 / 844 Pages

ISBN : 9788182091313

This book Engineering Mathematics III

is designed for third semester

undergraduate engineering students.

The book is rich in solved problems and

covers the syllabus of Anna University.

FEATURES

• More than 500 solved problems

• Exercises with hints

• Two mark questions with answers

• Model question papers

CONTENTS

1. Partial Differential Equations 2. Fourier

Series 3. Boundary Value Problems

4. Fourier Transform 5. Z-Transforms

and Difference Equations

ENGINEERING MATHEMATICS

2 Visit us at www.mhhe.com www.tatamcgrawhill.com

U S Edition

MASTERING TECHNICAL

MATHEMATICS

3rd Edition

by Stan Gibilisco & Norman

Crowhurst

2008 / 627 Pages

ISBN : 9780071494489

For more than fifteen years, Mastering

Technical Mathematics has been the

definitive self-teaching guide for those

wishing to boost their career by learning

the principles of mathematics as they

apply to science and engineering.

Featuring the same user-friendly

pedagogy, practical examples, and

detailed illustrations that have made this

resource a favorite of the scientific and

technical communities, the new third

edition delivers four entirely new

chapters and expanded treatment of

cutting-edge topics.

CONTENTS

PART 1 : WORKING WITH NUMBERS

1. From Counting to Addition 2. Subtraction

3. Multiplication 4. Division 5. Fractions

6. Area and Volume 7. Time as a

Dimension PART 2 : ALGEBRA, GEOMETRY,

AND TRIGONOMETRY 8. First

Notions in Algebra 9. "School" Algebra

10. Quadratic Equations 11. Some Useful

Shortcuts 12. Mechanical Mathematics

13. Ratio and Proportion 14. Trigonometric

and Geometric Calculations

PART 3 : ANALYSIS AND CALCULUS

15. Systems of Counting 16. Theory of

Progressions 17. Practical Progressions

18. Analyzing Motion 19. Developing Calculus

Theory 20. Combining Calculus

with Other Tools 21. Coordinate Systems

and Graphs 22. Imaginary and Complex

Numbers PART 4 : TOOLS OF APPLIED

MATHEMATICS 23. Working with

Series 24. Logarithms 25. Handy Formulas

and Techniques 26. Calculation

Aids 27. Digital Mathematics 28. Vector

Quantities 29. Scientific Notation 30.

Working with Statistics

PROBABILITY &

STATISTICS

PROBABILITY AND STATISTICS

3rd Edition

(Special Indian Edition)

(Schaums Outlines Series)

by Murray R. Spiegel, Former

Professor and Chairman of

Mathematics, Rensselaer Polytechnic

Institute, Hartford Graduate Center;

John J. Schiller, Ph.D. Associate

Professor of Mathematics, Temple

University; R. Alu Srinivasan,

Professor of Mathematics, Temple

University; Debasree Goswami, Dept.

of Statistics, Hindu College, Delhi

University

2010 / 572 pages

ISBN : 9780070151543

This book is designed for use as a

supplement to all current standard texts

or as a textbook for a formal course on

Probability and Statistics. It should also

be of considerable value to those taking

courses in mathematics, management,

commerce, or any of the numerous

other fields in which Probability and

statistical methods are employed.

SALIENT FEATURES

• Excellent coverage of random

variables, Distributions, sampling

theory, estimation and hypothesis

testing, correlation and regression,

curve fitting, analysis of variance

and Bayesian methods

• More than 900 solved and unsolved

problems

• Includes application-based

problems

INTRODUCTION TO PROBABILITY

AND STATISTICS PRINCIPLES AND

APPLICATIONS FOR ENGINEERING

AND THE COMPUTING SCIENCES

4th Edition

by J. Susan Milton, Radford University

and Jesse C. Arnold,

Virginia Polytechnic Institute

2006

ISBN : 9780070636941

This well-respected text is designed

for the first course in probability and

statistics taken by students majoring in

Engineering and the Computing

Sciences. The prerequisite is one year

of calculus. The text offers a balanced

presentation of applications and theory.

The authors take care to develop the

theoretical foundations for the statistical

methods presented at a level that is

accessible to students with only a

calculus background. They explore the

practical implications of the formal

results to problem-solving so students

gain an understanding of the logic

behind the techniques as well as

practice in using them. The examples,

exercises, and applications were

chosen specifically for students in

engineering and computer science and

include opportunities for real data

analysis.

FEATURES

• NEW! References to statistical

analysis packages have been

added. This enables students to see

how the techniques are

applied by using these popular

packages.

• NEW! Some of the more difficult

derivations have been moved to an

appendix.

• NEW! Discussion of Tukey’s

method of paired comparisons and

a section on the use of tolerance

limits in quality control

• New and retained examples and

exercises are chosen specifically for

students in engineering and

computer science. Students can

work on problems within a context

that is familiar and interesting to

them.

ENGINEERING MATHEMATICS • PROBABILITY & STATISTICS

Visit us at www.mhhe.com www.tatamcgrawhill.com 3

• Students gain understanding of the

logic behind the techniques as well

as practice using them due to the

authors’ approach. Because of this,

students are better able to retain the

information and are better prepared

to apply the techniques in this and

future courses.

• Data sets for examples and

problems are provided in electronic

format for use with the most popular

statistical packages. Students do

not have to waste valuable time

entering data and data-entry errors

are eliminated. Student Solutions

Manual and an Instructor’s Manual

are available

CONTENTS

1 Introduction to Probability and Counting

/ 2 Some Probability Laws / 3 Discrete

Distributions / 4 Continuous Distributions

/ 5 Joint Distributions / 6 Descriptive

Statistics / 7 Estimation / 8 Inferences

on the Mean and Variance of a

Distribution / 9 Inferences on Proportions

/ 10 Comparing Two Means and Two

Variances / 11 Sample Linear

Regression and Correlation / 12 Multiple

Linear Regression Models / 13 Analysis

of Variance / 14 Factorial Experiments /

15 Categorical Data / 16 Statistical

Quality Control

PROBABILITY AND STATISTICS

by A P Baisnab and M Jas

2004 / 420 Pages

ISBN : 9780074600412

CONTENTS

1. Algebra of Sets, Beta and Gamma

Functions 2. Probability Theory 3. Random

Variables and Probability Distributions

4. Mathematical Expectation

5. Some Discrete and Continuous Distributions

6. Generating Functions, Characteristic

Functions and Limit Theorems

7. Elements of Statistics 8. Sampling

Distributions 9. Theory of Estimation 10.

Tests of Hypotheses 11. Curve Fitting

and Correlation 12. Theory of Errors

PROBABILITY

2nd Edition

(Schaum’s Outline Series)

(Special Indian Edition)

by Seymour Lipschutz, Mathematics

Department, Temple University, Marc

Lars Lipson University of Georgia,

Kanchan Jain Department of Statistics,

Punjab University, Chandigarh

2009 / 420 Pages

ISBN : 9780070146228

This book is designed for use as a

supplement to all current standard texts

or as a textbook for a formal course on

Probability theory and applications. It

should also be of considerable value to

those taking courses in Mathematics,

Statistics, Management, Engineering or

any of the numerous other fields in

which Probability concepts are

employed.

FEATURES

• Cover all important topics such as

Set Theory, Conditional Probability

and Independence, Random

Variables, Important Discrete and

Continuous Distributions, and

Markov Chains

• New Chapter on Moment

Generating, Probability Generating

and Characteristic Functions

• Rich pedagogy

• 174 Examples

• 327 Solved problems

• 294 Supplementary problems

CONTENTS

1. Set Theory 2. Techniques of

Counting 3. Introduction to Probability

4. Conditional Probability and

Independence 5. Random Variables 6.

Discrete and Continuous Distributions

7. Generating Functions and

Characteristics Functions 8. Markov

Processes Appendix A: Inequalities,

Convergence Concepts and Order

Statistics Appendix B: Descriptive

Statistics Appendix C: Chi-square

Distribution

STATISTICS

4th Edition

(Schaum’s Outline Series)

(Special Indian Edition)

by Late Murray R Spiegel, Former

Professor and Chairman, Mathematics

Department, Rensselaer Polytechnic

Institute, Hartford Graduate Center;

Larry J Stephens, University of

Nebraska, United States Adapted by

Narinder Kumar, Punjab University

2010 / 648 Pages

ISBN : 9780070151536

This book is designed for use as a

supplement to all current standard texts

or as a textbook for a formal course on

Statistics. It should also be of

considerable value to those taking

courses in mathematics, management,

commerce, or any of the numerous

other fields in which statistical methods

are employed.

SALIENT FEATURES

• Excellent coverage of frequency

distribution, measures of central

tendency, standard deviation and

dispersion, moments, probability

distributions, sampling theory,

skewness, and kurtosis, Chi-square

test, curve fitting, correlation and

regression, and variance analysis

• Rich Pedagogy

• 487 Solved problems

• 621 Supplementary problems

• 160 Multiple-choice questions

CONTENTS

1. variables and graphs 2. Frequency

Distributions 3. The Mean, Median,

Mode and Other Measures of Central

Tendency 4. The Standard Deviation

and Other Measures of Dispersion 5.

Moments, Skewness and Kurtosis 6.

Elementary Probability Theory 7. The

Binomial, Normal and Poisson

Distribution 8. Elementary Sampling

Theory 9. Statistical Estimation Theory

10. Statistical Decision Theory 11.

Small Sampling Theory 12. The Chisquare

Test 13. Curve Fitting and the

PROBABILITY & STATISTICS

4 Visit us at www.mhhe.com www.tatamcgrawhill.com

Method of Least Square 14. Correlation

Theory 15. Multiple and Partial

Correlation 16. Analysis of Variance 17.

Nonparametric Tests 18. Statistical

Process Control and Process

Capability

INTRODUCTION TO THE THEORY

OF STATISTICS

3rd Edition

by Alexander M. Mood, University of

California, Irvine

2001 / 580 Pages

ISBN : 9780070445208

CONTENTS

Preface Excerpts from the first and

second edition 1. Probability 2. Random

variables, distribution functions and

expectation 3. Special parametric

families of univariate distributions 4. Joint

and conditional distributions, stochastic

independence, more expectation 5.

Distributions of functions of random

variables 6. Sampling and sampling

distributions 7. Parametric point

estimation 8. Parametric interval

estimation 9. Tests of hypotheses 10.

Linear models 11. Nonparametric

method / Appendix / A: Mathematical

Addendum / Appendix B: Tabular

summary of parametric families of

distributions / Appendix C: References

and related reading / Appendix D: Tables

Index

PROBABILITY, STATISTICS AND

RANDOM PROCESSES

3rd Editon

by T. Veeraranjan, Dean, Velammal

College of Engineering, Madurai

2008 / 612 Pages

ISBN : 9780070669253

This book, designed with the right blend

of theory and applications, provides

thorough knowledge on the basic con

cepts of Probability, Statistics and Ran

dom Variables offered to the under

graduate students of engineering.

FEATURES

• Detailed coverage on Statistical

Measures of Central Tendency

• In-depth discussion on Dispersion,

Skewness and Kurtosis, and

applications of Random Variables

• New topical coverage on Linear

Correlation and Regression

• Special Probability Distributions and

their inter-relation are explained with

great clarity

RICH PEDAGOGY

• 366 Solved examples

• 1149 Numerical problems

CONTENTS

1. Probability Theory 2. Random Vari

able 3. Function of Random Variables

4. Statistical Averages 5. Some Special

Probability Distributions 6. Random

Processes 7. Special Random Process

8. Test of Hypothesis 9. Queueing

Theory 10. Design of Experiments

STATISTICAL METHODS (Combined

Edition)

by (Late) N. G. Das, Formerly with St.

Xavier’s College, Kolkata

2008 / 952 Pages

ISBN : 9780070083271

The classic text on statistics maintain

the basic approach that has made this

book the standard in statistics for over

three decades. Appropriate coverage of

theory with lucid presentation aided by

numerous solved examples make it an

ideal combination for teachers, students

and aspirants of various competitive

examinations.

FEATURES

• Excellent coverage of Frequency

distribution, Measures of dispersion,

Correlation and Regression, Theory

of Probability, Vital Statistics, and

Statistical Quality Control

• Special notes and techniques of

working out numerical problems,

with elaborate steps.

• Complete list of Statistical Formulae

RICH PEDAGOGY

• 784 Exercises

• 258 Tables

• 120 Theoretical questions

• 53 Figures

CONTENTS

1. Collection of Data : Classification and

Tabulation 2. Charts and Diagrams 3.

Useful Mathematical Devices 4. Frequency

Distribution 5. Measures of Central

Tendency 6. Measures of Dispersion

7. Moments, Skewness and Kurtosis 8.

Curve Fitting and Method of Least

Squares 9. Correlation and Regression

10. Interpolation 11. Theory of Probability

12. Theoretical Distributions-Binomial,

Poisson, Norma 13. Sampling Theory

14. Estimation and Test of Significance

15. Analysis of Variance 16. Time Series

17. Index Numbers 18. Vital Statistics

19. Statistical Quality Control

STATISTICAL METHODS

(VOLUME 1)

by (Late) N. G. Das, Formerly with St.

Xavier’s College, Kolkata

2008 / 460 Pages

ISBN : 9780070263505

The classic text on statistics maintain

the basic approach that has made this

book the standard in statistics for over

three decades. Appropriate coverage of

theory with lucid presentation aided by

numerous solved examples make it an

ideal combination for teachers, students

and aspirants of various competitive

examinations.

FEATURES

• Excellent coverage of Frequency

Distribution, Measures of

Dispersion, and Correlation and

Regression

• Special notes and techniques of

working out numerical problems,

with elaborate steps.

• Complete list of Statistical Formulae

RICH PEDAGOGY

• 276 Exercises

• 526 Solved examples

• 120 Theoretical questions

• 46 Short-answer questions

CONTENTS

1. Collection of Data : Classification and

Tabulation 2. Charts and Diagrams

3. Useful Mathematical Devices 4.

Frequency Distribution 5. Measures of

PROBABILITY & STATISTICS

Visit us at www.mhhe.com www.tatamcgrawhill.com 5

Central Tendency 6. Measures of

Dispersion 7. Moments, Skewness and

Kurtosis 8. Curve Fitting and Method of

Least Squares 9. Correlation and

Regression 10. Interpolation Theoretical

Questions / Calcutta University-Model

Questions / Important Formulae and

Results / Index

STATISTICAL METHODS

(VOLUME 2)

by (Late) N. G. Das Formerly with St.

Xavier’s College, Kolkata

2008 / 472 Pages

ISBN : 9780070263512

The classic text on statistics maintain

the basic approach that has made this

book the standard in statistics for over

three decades. Appropriate coverage of

theory with lucid presentation aided by

numerous solved examples make it an

ideal combination for teachers, students

and aspirants of various competitive

examinations.

FEATURES

• Excellent coverage of Theory of

probability, Vital Statistics and

Statistical Quality Control

• Special notes and techniques of

working out numerical problems,

with elaborate steps.

• Complete list of Statistical Formulae

RICH PEDAGOGY

• 508 Exercises

• 321Solved examples

CONTENTS

1. Theory of Probability 2. Theoretical

Distributions-Binomial, Poisson, Norma

3. Sampling Theory 4. Estimation and

Test of Significance 5. Analysis of

Variance 6. Time Series 7. Index

Numbers 8. Vital Statistics 9. Statistical

Quality Control

THEORY AND PROBLEMS OF

PROBABILITY, RANDOM

VARIABLES AND RANDOM

PROCESSES

(Schaum’s Outline Series)

by Hwei HSU, Fairleigh Dickinson

Univesity

2004 / 320 Pages

ISBN : 9780070589506

CONTENTS

1. Probability. 2. Random Variables.

3. Multiple Random Variables. 4. Functions

of Random Variables. 5. Random

Processes. 6. Analysis and processing

of Random Processes. 7. Applications.

International Edition

STATISTICS FOR ENGINEERS

AND SCIENTISTS

3rd Edition

by William Navidi, Colorado School Of

Mines

2010 / 928 Pages

ISBN : 9780071222051 [IE]

Statistics for Engineers and Scientists

stands out for its crystal clear

presentation of applied statistics.

Suitable for a one or two semester

course, the book takes a practical

approach to methods of statistical

modeling and data analysis that are

most often used in scientific work.

Statistics for Engineers and Scientists

features a unique approach highlighted

by an engaging writing style that

explains difficult concepts clearly, along

with the use of contemporary real world

data sets to help motivate students and

show direct connections to industry and

research. While focusing on practical

applications of statistics, the text makes

extensive use of examples to motivate

fundamental concepts and to develop

intuition.

SALIENT FEATURES

• Over 250 new problems have been

added

• A new section was added on

Tolerance and Prediction Intervals in

Chapter 5; the discussion of

controlled experiments and

observational studies was added to

Chapter 1; and confounding in

controlled experiments was added in

Chapter 7.

• A CONNECT site features power

points, Datasets, image library,

solutions, and algorithmic problems.

CONTENTS

1. Sampling and Descriptive Statistics

2. Probability 3. Propagation of Error 4.

Commonly Used Distributions 5.

Confidence Intervals 6. Hypothesis

Testing 7. Correlation and Simple

Linear Regression 8. Multiple

Regression 9. Factorial Experiments

10. Statistical Quality Control A Tables

B Partial Derivatives C Suggestions for

Further Reading; Answers to Selected

Exercises

US Edition

PRINCIPLES OF STATISTICS

FOR ENGINEERS AND SCIENTISTS

by William C. Navidi, Colorado School

Of Mines

2009 / 608 Pages

ISBN : 9780077289317

Principles of Statistics for Engineers and

Scientists offers the same crystal clear

presentation of applied statistics as Bill

Navidi's Statistics for Engineers and

Scientists text, in a manner especially

designed for the needs of a onesemester

course that focuses on

applications.

The text features a unique approach

accentuated by an engaging writing

style that explains difficult concepts

clearly. By presenting ideas in the

context of real-world data featured in

plentiful examples, the book motivates

students to understand fundamental

concepts through practical examples

found in industry and research.

FEATURES

• A commitment to accuracy for which

Bill Navidi's texts have become

known. In line with modern trends,

the text contains exercises suitable

PROBABILITY & STATISTICS

6 Visit us at www.mhhe.com www.tatamcgrawhill.com

for solving with computer software

These examples and exercises

involve interpreting, as well as

generating, computer output The

student edition of MINITAB®, the

widely used statistical software

package is available bundled with

the text

• With a focus on applications, the

presentation is condensed to allow

for coverage of a greater number of

topics in a one-semester course

• Topics are organized to allow for

flexibility in the order of

presentation. An introduction to

descriptive aspects of linear

regression is presented in Chapter

2, which is useful for courses in

which there is not enough time to

cover inferential methods Inferential

methods are presented in Chapter 8

• Many examples and exercises use

data from articles published in

scientific journals. This motivates

students by showing them that the

concepts they are learning are

actually used by scientists and

engineers

CONTENTS

1. Sampling and Descriptive Statistics

2. Summarizing Bivariate Data 3.

Probability 4. Commonly Used

Distributions 5. Point and Interval

Estimation for a Single Sample 6.

Hypothesis Tests for a Single Sample 7.

Inferences for Two Samples 8. Inference

in Linear Models 9. Factorial

Experiments 10. Statistical Quality

Control

US Edition

ENGINEERING STATISTICS

DEMYSTIFIED

by Larry J Stephens, University of

Nebraska, Omaha

2008 / 448 Pages

ISBN : 9780071462723

This versatile reference offers solid

coverage of the basics of traditional

engineering statistics and also

incorporates examples from the most

popular statistical software programs,

making it equally valuable to

professionals.

CONTENTS

1. Treatment of data 1.1 Pareto

Diagrams, Dot Diagrams, Stem-and-Leaf

Displays, Histograms, 1.2 Descriptive

measures, 1.3 Quartiles and other

Percentiles, 1.4 The Calculation of

2. Probability 2.1 Sample Spaces and

Events, 2.2 Counting, 2.3 Probability, 2.4

The Axioms of Probability, 2.5 Some

Elementary Theorems, 2.6 Conditional

Probability, 2.7 Bayes’ Theorem, 2.8

Mathematical Expectation and Decision

Making 3. Probability Distributions 3.1

Random Variables, 3.2 The Binomial

Distribution, 3.3 The Hypergeometric

Distribution, 3.4 The Mean and Variance

of a Probability Distribution, 3.5

Chebyshev’s Theorem, 3.6 The

Geometric Distribution, 3.7 The

Multinomial Distribution, 3.8 Simulation

4. Probability Densities 4.1 Continuous

Random Variables, 4.2 The Normal

Distribution, 4.3 The Normal

Approximation to the Binomial

Distribution, 4.4 Other Probability

Densities, 4.5 The Uniform Distribution,

4.6 The Log-Normal Distribution, 4.7 The

Gamma Distribution, 4.8 The Beta

Distribution, 4.9 The Weibull Distribution,

4.10 Joint Distributions – Discrete and

Continuous, 4.11 Checking Data for

Normality, 4.12 Transforming

Observations to Near Normality, 4.13

Simulation 5. Sampling Distribution 5.1

Populations and Samples, 5.2 The

sampling Distribution of the Mean (s

Known), 5.3 The sampling Distribution

of the Mean (s Unknown), 5.4 The

sampling Distribution of the Proportion,

5.5 The sampling Distribution of the

Variance 6. Inferences Concerning

Means 6.1 Point Estimation, 6.2 Interval

Estimation, 6.3 Tests of Hypotheses, 6.4

Null Hypotheses and Tests of

Hypotheses, 6.5 Hypotheses

Concerning One Mean, 6.6 The Relation

Between Tests and Confidence Intervals,

6.7 Operating Characteristic Curves, 6.8

Inferences Concerning Two Means, 6.9

Randomization and Pairing 7.

Inferences Concerning Variances 7.1

The Estimation of Variances, 7.2

Hypotheses Concerning One Variance,

7.3 Hypotheses Concerning Two

Variances 8. Inferences Concerning

Proportions 8.1 Estimation of

Proportions, 8.2 Hypotheses Concerning

One Proportion, 8.3 Hypotheses

Concerning Two Proportions, 8.4

Hypotheses Concerning Several

Proportions, 8.5 The Analysis of r x c

Tables, 8.6 Good-ness of Fit

NUMERICAL METHODS

APPLIED NUMERICAL METHODS

WITH MATLAB: FOR ENGINEERS

AND SCIENTISTS, 3rd Edition

by Steven C. Chapra, Tufts University

2012 / 672 Pages

ISBN : 9781259027437

Steven Chapra’s Applied Numerical

Methods with MATLAB, third edition, is

written for engineering and science

students who need to learn numerical

problem solving. Theory is introduced to

inform key concepts which are framed in

applications and demonstrated using

MATLAB.

FEATURES

• Engineering Examples, case

studies, and applications are

presented throughout the text and

cover the many engineering

disciplines. The level of

mathematical rigor is appropriate for

students at this level.

• MATLAB m-files Examples and

problems are integrated with

PROBABILITY & STATISTICS • NUMERICAL METHODS

Visit us at www.mhhe.com www.tatamcgrawhill.com 7

MATLAB M-files, and relevant

MATLAB functions are introduced in

each chapter. These files are

available on the McGraw-Hill

companion website as well as the

MATLAB website.

• Companion Website contains the

instructor's solutions manual,

PowerPoint lecture slides, and

MATLAB M-files.

• Two New Chapters Chapter 13-

Eigenvalues, and Chapter 16-Fast

Fourier Transform have been

added.

CONTENTS

Part one: Modeling, Computers, and

Error Analysis 1. Mathematical Modeling,

Numerical Methods, and Problem

Solving 2. MATLAB Fundamentals 3.

Programming with MATLAB 4. Roundoff

and Truncation Errors Part two: Roots

and Optimization 5. Roots: Bracketing

Methods 6. Roots: Open Methods 7.

Optimization Part three: Linear Systems

8. Linear Algebraic Equations and

Matrices 9. Gauss Elimination 10. LU

Factorization 11. Matrix Inverse and

Condition 12. Iterative Methods 13.

Eigenvalues Part four: Curve Fitting 14.

Linear Regression 15. General Linear

Least-Squares and Nonlinear

Regression 16. Fourier Analysis 17.

Polynomial Interpolation 18. Splines and

Piecewise Interpolation Part five:

Integration and Differentiation 19.

Numerical Integration Formulas 20.

Numerical Integration of Functions 21.

Numerical Differentiation Part six:

Ordinary Differential Equations Chapter

22: Initial-Value Problems Chapter 23:

Adaptive Methods and Stiff Systems

Chapter 24: Boundary-Value Problems

NUMERICAL METHODS

FOR ENGINEERS

5th Edition

(Special Indian Edition)

by Steven C. Chapra, Tufts University,

Raymond Canale, University of

Michigan

2006 / 825 Pages

ISBN : 9780070634169

Continuing its tradition of being excellent

and student friendly, the fifth edition

presents a broad array of applications

including all engineering disciplines. The

orientation of the book is based on

Problem Solving perspective which

emphasizes upon the learning process

motivated by problem solving.

CONTENTS

Part One: Modelling Computers and

Error Analysis 1. Mathematical

Modeling and Engineering Problem

Solving 2. Approximations and Round Off

Errors 3. Truncation Errors and the Taylor

Series Epilogue Part 1 Part Two: Roots

of Equations 4. Bracketing Methods 5.

Open Methods 6. Roots of Polynomials

7. Case Studies: Roots of Equation

Epilouge: Part Two Part Three: Linear

Algebric Equations 8. Guass

Elimination 9. LU Decomposition and

Matrix Inversion 10. Special Matrics and

Guass-Seidel 11. Cae Studies: Linear

Algebraic Equations Epilouge: Part

Three Part Four: Curve Fitting 12.

Least Square Regression 13.

Interporlation 14. Fourier Approximation

15. Case Studies: Curve Fitting Epilouge:

Part Four Part Five: Numerical

Differentiation and Integration 16.

Newton Coltes Integration Formulas 17.

Integration of Equations 18. Numerical

Differentiation 19. Case Studies:

Numerical Differentiation and Integration

Epilouge: Part Five Part Six: Ordinary

Differential Equations 20. Runge Kutta

Methods 21. Stiffness and Multi-step

methods 22. Boundary Value and

Eigenvalue Problems Case Studies:

Ordinary Differential Equations Epilogue:

Part Six Part Seven: Partial Differential

Equations 23. Finite Differences: Elliptic

Equations 24. Finite Differences :

Parabolic Equations Casee Studies:

Partial Differential Equations Epilogue:

Part Seven

International Edition

NUMERICAL METHODS FOR

ENGINEERS, 6th Edition

by Steven C. Chapra, Tufts University,

Raymond P. Canale, Emeritus

University of Michigan

2009 / 960 Pages

ISBN : 9780071267595

The sixth edition retains the successful

instructional techniques of earlier

Editions. Chapra and Canale's unique

approach opens each part of the text

with sections called Motivation,

Mathematical Background, and

Orientation. This prepares the student

for upcoming problems in a motivating

and engaging manner. Each part closes

with an Epilogue containing Trade-Offs,

Important Relationships and Formulas,

and Advanced Methods and Additional

References. Much more than a

summary, the Epilogue deepens

understanding of what has been learned

and provides a peek into more

advanced methods.

CONTENTS

Part 1: Modeling, Computers, and

Error Analysis 1. Mathematical

Modeling and Engineering Problem

Solving 2. Programming and Software

3. Approximations and Round-Off Errors

4. Truncation Errors and the Taylor

Series Part 2: Roots of Equations 5.

Bracketing Methods 6. Open Methods 7.

Roots of Polynomials 8. Case Studies:

Roots of Equations Part 3: Linear

Algebraic Equations 9. Gauss

Elimination 10. LU Decomposition and

Matrix Inversion 11. Special Matrices and

Gauss-Seidel 12. Case Studies: Linear

Algebraic Equations Part 4:

Optimization 13. One-Dimensional

Unconstrained Optimization 14.

Multidimensional Unconstrained

Optimization 15. Constrained

Optimization 16. Case Studies:

Optimization Part 5: Curve Fitting 17.

Least-Squares Regression 18.

Interpolation 19. Fourier Approximation

20. Case Studies: Curve Fitting Part 6:

Numerical Differentiation and

NUMERICAL METHODS

8 Visit us at www.mhhe.com www.tatamcgrawhill.com

Integration 21. Newton-Cotes

Integration Formulas 22. Integration of

Equations 23. Numerical Differentiation

24. Case Studies: Numerical Integration

and Differentiation Part 7: Ordinary

Differential Equations 25. Runge-Kutta

Methods 26. Stiffness and Multistep

Methods 27. Boundary-Value and

Eigenvalue Problems 28. Case Studies:

Ordinary Differential Equations Part 8:

Partial Differential Equations 29. Finite

Difference: Elliptic Equations 30. Finite

Difference: Parabolic Equations 31.

Finite-Element Method 32. Case Studies:

Partial Differential Equations / Appendix

A The Fourier Series / Appendix B

Getting Started with Matlab / Bibliography

/ Index

International Edition

APPLIED NUMERICAL METHODS

WITH MATLAB

3rd Edition

by Steven C. Chapra, Tufts University

2011

ISBN : 9780071086189

Steven Chapra’s Applied Numerical

Methods with MATLAB, third edition, is

written for engineering and science

students who need to learn numerical

problem solving. Theory is introduced to

inform key concepts which are framed in

applications and demonstrated using

MATLAB. The book is designed for a

one-semester or one-quarter course in

numerical methods typically taken by

undergraduates.

The third edition features new chapters

on Eigenvalues and Fourier Analysis and

is accompanied by an extensive set of

m-files and instructor materials.

NEW TO THIS EDITION

• Updated Coverage 30% of the

problems are new, and many

examples have been added. Many

important MATLAB functions are

explained in context.

• Two New Chapters Chapter 13-

Eigenvalues, and Chapter 16-Fast

Fourier Transform have been added

in response to instructor requests.

FEATURES

• Engineering Examples, case

studies, and applications are

presented throughout the text and

cover the many engineering

disciplines. The level of

mathematical rigor is appropriate for

students at this level.

• MATLAB m-files Examples and

problems are integrated with

MATLAB M-files, and relevant

MATLAB functions are introduced in

each chapter.

CONTENTS

Part One: Modeling, Computers, and

Error Analysis 1. Mathematical

Modeling, Numerical Methods and

Problem Solving 2. MATLAB

Fundamentals 3. Programming with

MATLAB 4. Roundoff and Truncation

Errors Part Two: Roots and

Optimization 5. Roots: Bracketing

Methods 6. Roots: Open Methods 7.

Optimization Part Three: Linear

Systems 8. Linear Algebraic Equations

and Matrices 9. Gauss Elimination 10.

LU Factorization 11. Matrix Inverse and

Condition 12. Iterative Methods 13.

Eigenvalues Part Four: Curve Fitting

14. Linear Regression 15. General Linear

Least-Squares and Nonlinear

Regression 16. Fourier Analysis 17.

Polynomial Interpolation 18. Splines and

Piecewise Interpolation Part Five:

Integration and Differentiation 19.

Numerical Integration Formulas 20.

Numerical Integration of Functions 21.

Numerical Differentiation Part Six:

Ordinary Differential Equations 22.

Initial-Value Problems 23. Adaptive

Methods and Stiff Systems 24.

Boundary-Value Problems

NUMERICAL ANALYSIS

(Schaum’s Outline Series) (Special

Indian Edition)

by Francis Scheid, Professor Emeritus

of Mathematics, Bostan University

2008 / 500 pages

ISBN : 9780070085527

This Schaum’s Outline Series book on

Numerical Analysis gives a complete

and compact overview of the subject. It

is intended to be used as a supplement

to all textbooks on Numerical Analysis. It

may also be used as a textbook in its

own right. Numerous solved examples

and large number of multiple choice

questions with answers constitute an

integral part of the book and aid

students in conceptual understanding.

FEATURES

• Crisp coverage of Laplace’s

Transformation, Polynomial

Interpolation, Iterative Methods,

Numerical Differentiation, Numerical

Integration

• More than 1400 Solved and

Unsolved problems

CONTENTS

1. What is Numerical Analysis? 2. The

Collocation Polynomial 3. Finite

Differences 4. Factorial Polynomials 5.

Summation 6. The Newton Formula 7.

Operators and Collocation Polynomials

8. Unequally Spaced Arguments

9. Splines 10. Osculating Polynomials

11. The Taylor Polynomial 12.

Interpolation 13. Numerical

Differentiation 14. Numerical Integration

15. Gaussian Integration 16. Singular

I n t e g r a l s

17. Sums and Series 18. Difference

Equations 19. Differential Equations

20. Differential Problems of Higher Order

21. Least-Squares Polynomial Approximation

22. Min-Max Polynomial Approximation

23. Approximation by Rational

Functions 24. Trigonometric Approximation

25. Nonlinear Algebra 26. Linear

Systems 27. Linear Programming

28. Overdetermined Systems 29.

Boundary Value Problems 30. Monte

Carlo Methods Answers to Supplementary

Problems

NUMERICAL METHODS

Visit us at www.mhhe.com www.tatamcgrawhill.com 9

NUMERICAL METHODS (SIGMA

SERIES)

by T. Veerarajan, Professor & Head,

Department of Mathematics, Sree

Sowdambika College of Engineering,

Aruppukottai

2006 / 520 Pages

ISBN : 9780070616851

This book is meant for the course on

Numerical Methods taken by all

engineering students. It presents a wide

range of methods for solving problems

encountered in real life design

situations.

FEATURES

• Mathematical and computeroriented

approach with algorithms,

pseudocodes and programs in C

and their test results. The

corresponding C++ programs are

given in the appendix.

• Unique first chapter introducing the

cause and consequences of errors

in computer arithmetic.

• Conclusion provided at the end of

each chapter briefly describes the

merits and demerits of each

numerical method.

• Concise but lucid presentation of the

mathematical background and

derivation of formulae used in

various numerical methods.

• A special feature of this book is the

one-to-one co-relation between a

numerical method, the

corresponding algorithm given and

that between the algorithm and the

corresponding C++ program.

PEDAGOGY

• 63 new solved examples taking the

total number to 350

• 108 new practice problems – total

635

• 38 computer based solved

examples in C and C++

• 214 short answer questions with

answers.

CONTENTS

1. Errors in Computer Arithmetics 2.

Empirical Relations and Curve Fitting 3.

Theory of Equations 4. Numerical

Solutions of Algebraic and

Transcendental Equation 5. Solution of

Simultaneous Linear Algebraic

Equations and Eigenvalue Problems 6.

Finite Differences 7. Interpolation with

Equal Intervals 8. Interpolation with

Unequal Intervals 9. Numerical

Differentiation and Integration 10.

Difference Equations 11. Numerical

Solution of Ordinary Differential

Equations 12. Numerical Solution of

Partial Differential Equations ear

Algebraic Equations and Eigenvalue

Problems 6. Finite Differences 7.

Interpolation with Equal Intervals 8.

Interpolation with Unequal Intervals 9.

Numerical Differentiation and Integration

10. Difference Equations 11. Numerical

Solution of Ordinary Differential

Equations 12. Numerical

Solution of Partial Differential Equations

NUMERICAL METHODS

by E. Balagurusamy, Member UPSC,

New Delhi

1999 / 624 Pages

ISBN : 9780074633113

FORTRAN 77 is the programming

language used with FORTRAN 90

features wherever necessary; C/C++

conversion of all programs in the text

provided in appendix; Separate diskette

version to follow, diskette will contain the

code in C/C++; Fortran 77 Overview -

chapter also highlights the differences

between versions 90 and 77; C/C++

conversions of all programs given in

solved examples; Step-by-step

presentation of each stage involved in

solving a physical problem using

numerical methods; All numerical

methods illustrated with algorithms and

computer programs displaying input and

output; 129 solved problems

interspersed throughout the text.

CONTENTS

1. Introduction to Numerical Computing

2. Introduction to Computers and

Computing Concepts 3. Computer

Codes and Arithmetic 4. Approximations

and Errors in Computing 5. FORTRAN

77 Overview 6. Roots of Nonlinear

Equations 7. Direct Solution of Linear

Equations 8. It erative Solution of Linear

Equations 9. Curve Fitting : Interpolation

10. Curve Fitting : Regression 11.

Numerical Differentiation 12. Numerical

Integration 13. Numerical Solution of

Ordinary Differ ential Equations 14.

Boundary-value and Eigenvalue

Problems 15. Solution of Partial

Differential Equations, Appendices

ELEMENTARY NUMERICAL

ANALYSIS: AN ALGORITHMIC

APPROACH

3rd Edition

by Samuel D. Conte, Purdue

University, Carl de Boor, University of

Wisconsin-Madison

1980 / 408 Pages

ISBN : 9780070607422

SCIENTIFIC COMPUTING

2nd Edition

by Michael T Heath, University of

Illinois

2011 / 576 Pages

ISBN : 9780071122290

Scientific Computing, 2/e, presents a

broad overview of numerical methods

for solving all the major problems in

scientific computing, including linear and

nonlinear equations, least squares,

eigenvalues, optimization, interpolation,

integration, ordinary and partial

differential equations, fast Fourier

transforms, and random number

generators. The treatment is

comprehensive yet concise, softwareoriented

yet compatible with a variety of

software packages and programming

languages. The book features more

than 160 examples, 500 review

questions, 240 exercises, and 200

computer problems. Changes for the

second edition include: expanded

motivational discussions and examples;

formal statements of all major

algorithms; expanded discussions of

existence, uniqueness, and conditioning

for each type of problem so that

students can recognize “good” and

“bad” problem formulations and

understand the corresponding quality of

results produced; and expanded

coverage of several topics, particularly

eigenvalues and constrained

NUMERICAL METHODS

10 Visit us at www.mhhe.com www.tatamcgrawhill.com

optimization. The book contains a

wealth of material and can be used in a

variety of one- or two-term courses in

computer science, mathematics, or

engineering. Its compre-hensiveness

and modern perspective, as well as the

software pointers provided, also make. it

a highly useful reference for practicing

professionals who need to solve

computational problems.

CONTENTS

1. Scientific Computing. 2. Systems of

Linear Equations. 3. Linear Least

Squares. 4. Eigenvalues Problems. 5.

Nonlinear Equations. 6. Optimization. 7.

Interpolation. 8. Numerical Integration

and Differentiation. 9. Initial Value

Problems for ODEs. 10. Boundary Value

Problems for ODEs. 11. Partial

Differential Equations. 12. Fast Fourier

Transform. 13. Random Numbers and

Simulation

OPERATIONS

RESEARCH

OPERATIONS RESEARCH

(Sigma Series)

by P. Sankara Iyer, Professor of

Mathematics, A C College of

Engineering and Technology, Karaikudi,

Tamil Nadu

2008 / 308 Pages

ISBN : 9780070669024

This book on Operations Research, an

interdisciplinary branch of applied

mathematics or formal science, is

meant for the students of engineering

and business management. Apt

coverage of theory with lucid

presentation aided by numerous solved

examples and review questions makes

this a student friendly book.

FEATURES

• Unique chapters on Sequencing

Problems, Replacement Models,

Project Scheduling, Artificial

Variables, and Variable Techniques

• Solved examples from various

university question papers

EXCELLENT PEDAGOGICAL

FEATURES INCLUDE

• 350 Solved examples

• 350 Review questions

CONTENTS

1. Introduction to OR 2. Linear Program

ming 3. Simplex Method 4. Artificial

Variables 5. Dual Simplex Method 6.

Duality 7. Revised Simplex Method 8.

Bounded Variable Techniques 9. Integer

Programming 10. Sensitivity Analysis 11.

Transportation Problem 12. Assignment

Problem 13. Decision Theory 14. Theory

Of Games 15. Dynamic Programming

16. Sequencing Problems 17. Queueing

Theory 18. Inventory Models 19.

Replacement Models 20. Project

Scheduling (PERT and CPM) 21.

Simulation

INTRODUCTION TO OPERATIONS

RESEARCH: CONCEPTS AND

CASES, (with CD)

8th Edition

(Special Indian Edition)

by Frederick Hillier, Stanford University

& Liberman, Gerald J.,

Stanford University

2006 / 1150 pages

ISBN : 9780070600928

FEATURES

• A chapter on metaheuristics

• Sections on constraint

programming, multiechelon

inventory models for supply chain

management, spreadsheet usage,

and Crystal Ball simulation software.

• Expanded coverage of

spreadsheets. A CD-only chapter on

“The Art of Modeling with

Spreadsheets” and several new or

expanded textbook sections on

spreadsheet modeling.

• Additional software options provided

on the CD-ROM, including: LINDO,

LINGO, Crystal Ball Professional

Edition (including OptQuest and CB

Predictor modules), and Solver

Table.

• Several new examples for nearly

every book chapter now is provided

on both the CD-ROM and the Online

Learning Center (OLC).

• A new glossary for every book

chapter also has been added to the

CD-ROM and OLC.

• Data files for various cases have

been added to the CD-ROM and

OLC

CONTENTS

1. Introduction 2. Overview of the

Operations Research Modeling

Approach 3. Introduction to Linear

Programming 4. Solving Linear

Programming Problems: The Simplex

Method 5. The theory of the Simplex

Method 6. Duality Theory and Sensitivity

Analysis 7. Other Algorithms for Linear

Programming 8. The Transportation and

Assignment Problems 9. Network

Optimization Models 10. Dynamic

Programming 11. Integer Programming

12. Nonlinear Programming 13.

Metaheuristics 14. Game theory

15. Decision Analysis 16. Markov Chains

17. Queuing Theory 18. Inventory Theory

19. Markov Decision Processes 20.

Simulation • Appendices Indexes

Internation Edition

INTRODUCTION TO

OPERATIONS RESEARCH

9th Edition

by Frederick S. Hillier, Stanford

University

2009 / 1088 pages

ISBN : 9780071267670

For over four decades, Introduction to

Operations Research by Frederick

Hillier has been the classic text on

operations research. While building on

the classic strengths of the text, the

author continues to find new ways to

make the text current and relevant to

students. One way is by incorporating a

wealth of state-of-the-art, user-friendly

software and more coverage of

business applications than ever before.

The hallmark features of this edition

include clear and comprehensive

coverage of fundamentals, an extensive

set of interesting problems and cases,

and state-of-the-practice operations

NUMERICAL METHODS • OPERATIONS RESEARCH

Visit us at www.mhhe.com www.tatamcgrawhill.com 11

research software used in conjunction

with examples from the text.

NEW TO THIS EDITION

• The complete articles describing

these real applications of operations

research also are provided on the

website for further reading.

• New problems have been added

that involve reading and

commenting on one of the provided

articles that describe a dramatic

application of operations research.

• A new section has been added on

the important emerging topic

• of revenue management.

• The chapter on the theory of the

simplex method has been

reorganized.

• Further clarified the presentation in

numerous spots throughout the

book.

CONTENTS

1. Introduction 2. Overview of the

Operations Research Modeling

Approach 3. Introduction to Linear

Programming 4. Solving Linear

Programming Problems: The Simplex

Method 5. The Theory of the Simplex

Method 6. Duality Theory and Sensitivity

Analysis 7. Other Algorithms for Linear

Programming 8. The Transportation and

Assignment Problems 9. Network

Optimization Models 10. Dynamic

Programming 11. Integer Programming

12. Nonlinear Programming 13.

Metaheuristics 14. Game Theory 15.

Decision Analysis 16. Markov Chains 17.

Queueing Theory 18. Inventory Theory

19. Markov Decision Processes 20.

Simulation / Appendix 1 Documentation

for the OR Courseware / Appendix 2

Convexity Appendix 3 Classical

Optimization Methods / Appendix 4

Matrices and Matrix Operations /

Appendix 5 Table for a Normal

Distribution Supplements on the Online

Learning Center Additional Cases

Supplement to Appendix 3.1 More about

LINGO Supplement to Chapter 7 Linear

Goal Programming and Its Solution

Procedures Supplement to Chapter 8 A

Case Study with Many Transportation

Problems Supplement 1 to Chapter 18

Derivation of the Optimal Policy for the

Stochastic Single-Period Model for

Perishable Products Supplement 2 to

Chapter 18 Stochastic Periodic-Review

Models Supplement 1 to Chapter 20.

Variance-Reducing Techniques

Supplement 2 to Chapter 20

Regenerative Method of Statistical

Analysis 21. The Art of Modeling with

Spreadsheets 22. Project Management

with PERT/CPM 23. Additional Special

Types of Linear Programming Problems

24. Probability Theory 25. Reliability 26.

The Application of Queueing Theory 27.

Forecasting 28. Examples of Performing

Simulations on Spreadsheets with

Crystal Ball / Appendix 6 Simultaneous

Linear Equations

SCHAUM’S OUTLINE OF

OPERATIONS RESEARCH

2nd Edition

by Richard Bronson, Fairleigh

Dickinson University

2004 / 352 Pages

ISBN : 9780070584006

CONTENTS

Mathematical Programming; Linear

Programming: Basic Concepts; Linear

Programming: The Simplex and the Dual

Simplex Methods; Linear Programming:

Duality and Sensitivity Analysis; Linear

Programming: Extensions, Including the

Revised Simplex Method and

Karmarkar’s Algorithm; Integer

Programming: Branch-and-Bound

Algorithm; Integer Programming: Cut

algorithms: Inter Programming: The

Transportation Algorithm; Integer

Programming: Scheduling Models

Nonlinear Programming: Single-Variable

Optimization; Nonlinear Programming:

Single-Variable Optimization; Nonlinear

Programming: Multivariable Optimization

with Constraints; Network Analysis;

Project Planning Using PERT/CPM;

Inventory Models; Forecasting; Game

Theory; Decision Theory; Dynamic

Programming—Deterministic and

Stochastic; Finite Markov Chains;

Markovian Birth-Death Processes;

Queuing Systems; M/M/1 Systems;

Other Systems with Poisson-Type Input

and Exponential-Type Service Times.

Vijay Nicole Imprints Title

OPERATIONS RESEARCH

by N. Ramanathan, Thiruvalluvar

College of Engg. & Tech

2005 / 500 pages

ISBN : 9788182091047

Operations Research is widely used in

engineering and management decisionmaking.

Written in a clear and readable

style, this textbook adopts a solved

problems approach to learning the

principles of Operational Research. The

book is designed to meet the

requirements of undergraduate and

postgraduate students of various

disciplines.

FEATURES

• More than 350 solved problems

• Numerous unsolved problems

• 110 exercise questions

• Questions drawn from university

question papers

CONTENTS

1. Linear Programming 2. Network

Analysis 3. Inventory Models 4.

Unconstrained Optimization 5.

Separable Programming 6. Nonlinear

Programming 7. Optimization

Techniques

International Edition

APPLIED LINEAR

STATISTICAL MODELS

5th Edition

by Michael H Kutner, The Cleveland

Clinic Foundation; John Neter,

University of Georgia; Chris J

Nachtsheim, University of Minnesota—

Minneapolis and William Wasserman,

Syracuse University

2005

ISBN : 9780071122214

Applied Linear Statistical Models 5e is

the long established leading

OPERATIONS RESEARCH

12 Visit us at www.mhhe.com www.tatamcgrawhill.com

authoritative text and reference on

statistical modeling. For students in

most any discipline where statistical

analysis or interpretation is used, ALSM

serves as the standard work. The text

includes brief introductory and review

material, and then proceeds through

regression and modeling for the first

half, and through ANOVA and

Experimental Design in the second half.

All topics are presented in a precise and

clear style supported with solved

examples, numbered formulae, graphic

illustrations, and “Notes” to provide

depth and statistical accuracy and

precision. Applications used within the

text and the hallmark problems,

exercises, and projects are drawn from

virtually all disciplines and fields

providing motivation for students in

virtually any college. The Fifth edition

provides an increased use of computing

and graphical analysis throughout,

without sacrificing concepts or rigor.

NEW TO THIS EDITION

• Updated throughout to include the

latest developments and methods in

statistics such as advanced

bootstrapping, neural networks,

regression trees, other blocking

approaches, and more.

• A new Chapter 15, Introduction to

the Design of Experiments and

Observational Studies framise and

outlines the organization and

concepts of design and ANOVA.

• The flow has been improved

throughout, comining related

chapters and smoothing transitions

between concepts. Overall, the text

has been reduced from 32 chapters

to 30 with one entirely new chapter.

• Open ended ‘Cases’ based on new

data sets from business, health

care, and engineering. Also, many

problem data sets have been

updated and expanded.

• The text includes a CD with all data

sets and the Student Solutions

manual in PDF. In addition a new

supplement, SAS and SPSS

Program Solutions by Replogle and

Johnson is available for the Fifth

Edition.

FEATURES

• Applied Linear Statistical Models

contains all chapters in the Applied

Linear Regression Models Fourth

Edition, plus an additional 16

chapters on single and multifactor

ANOVA and Experimental Design.

The standard regression framework

is emphasized throughout the text.

CONTENTS

Part 1: Simple Linear Regression: 1.

Linear Regression with One Predic tor

Variable. 2. Inferences in Regres sion

Analysis. 3. Diagnostics and Remedial

Measures. 4. Simultaneous Inferences

and Other topics in Regression Analysis.

5. Matrix Approach to Simple Linear

Regression Analysis. Part 2: Multiple

Linear Regression: 6. Multiple

Regression I. 7. Multiple Regression II.

8. Regression Models for Quantitative

and Qualitative Predictors. 9. Building the

Regression Model I: Model Selection and

Validation. 10. Building the Regression

Model II: Diagnostics. 11. Building the

Regression Model III: Remedial

Measures. 12. Autocorrelation in Time

Series Data. Part 3: NonLinear

Regression. 13. Introduction to

NonLinear Regression and Neural

Networks. 14. Logistic Regression,

Poisson Regression, and Generalized

Linear Models. Part 4: Single Factor

Studies. 15. Introduction to the Design

of Experiments. 16. Analysis of Single-

Factor Studies. 17. Analysis of Factor

Level Effects in Single Factor Studies.

18. ANOVA Diagnostics and Remedial

Measures. Part 5: Two - Factor Studies

and Blocking. 19. Two -Factor Studies-

Equal Sample Sizes. 20. Two -Factor

Studies-One Case per Cell. 21.

Randomized Complete Block Designs

and the Analysis of Covariance. 22. Two

-Factor Studies-Unequal Sample Sizes

and Unequal Treatment Importance.

Part 6: Multifactor Studies. 23.

Multifactor Studies. 24. Random and

Mixed-Effects Models. 25. Nested

Designs, Sub-sampling, and Partially

Nested Designs. 26. Repeated

Measures and Related Designs. 27.

Latin Square, Balanced

Incomplete Block, and Related Designs.

28. Exploratory Experiments-Two-Level

Factorial and Fractional Factorial

Designs. 29. Response Surface

Experiments

US Edition

APPLIED LINEAR

REGRESSION MODELS

4th Edition

by Michael H. Kutner, The Cleveland

Clinic Foundation; John Neter,

University of Georgia; Chris J

Nachtsheim, University of Minnesota—

Minneapolis and William Wasserman,

Syracuse University

2004 / 672 Pages

ISBN : 9780073014661

Kutner, Neter, Nachtsheim,Wasserman,

Applied Linear Regression Models, 4/e

(ALRM4e) is the long established

leading authoritative text and reference

on regression (previously Neter was

lead author.) For students in most any

discipline where statistical analysis or

interpretation is used, ALRM has served

as the industry standard. The text

includes brief introductory and review

material, and then proceeds through

regression and modeling. All topics are

presented in a precise and clear style

supported with solved examples,

numbered formulae, graphic

illustrations, and “Notes” to provide

depth and statistical accuracy and

precision. Applications used within the

text and the hallmark problems,

exercises, and projects are drawn from

virtually all disciplines and fields

providing motivation for students in any

discipline. ALRM 4e provides an

increased use of computing and

graphical analysis throughout, without

sacrificing concepts or rigor by using

larger data sets in examples and

exercises, and where methods can be

automated within software without loss

of understanding, it is so done.

FEATURES

• Thorough, comprehensive coverage

has come to be known as “the bible

of statistics.” Provides students with

OPERATIONS RESEARCH

Visit us at www.mhhe.com www.tatamcgrawhill.com 13

the most current and authoritative

coverage available.

• Straightforward writing style,

notation, and format for students in

various disciplines, better preparing

students for a wide range of jobs.

• Clean and reliable for teaching and

handy reference students can use in

their careers.

CONTENTS

Part 1 Simple Linear Regression: 1.

Linear Regression with One Predictor

Variable. 2. Inferences in Regression and

Correlation Analysis. 3. Diagnostics and

Remedial Measures. 4. Simultaneous

Inferences and Other Topics in

Regression Analysis. 5. Matrix Approach

to Simple Linear Regression Analysis.

Part 2 Multiple Linear Re gression: 6.

Multiple Regression I. 7. Multiple

Regression II. 8. Building the Regression

Model I: Models for Quantitative and

Qualitative Predictors. 9. Building the

Regression Model II: Model

Selection and Validation. 10. Building the

Regression Model III: Diagnostics. 11.

Remedial Measures and Alternative

Regression Techniques. 12. Autocorrelation

in Time Series Data. Part 3

Nonlinear Regression: 13. Introduction

to Nonlinear Regression and Neural

Networks. 14. Logistic Regression,

Poisson Regression, and Generalized

Linear Models.

ENGINEERING

PHYSICS

ENGINEERING PHYSICS

1st Edition

by Dattuprasad Ramanlal Joshi, HOD,

Applied Physics Department, Faculty of

Technology & Engineering, The M S

University of Baroda, Kalabhavan,

Vadodara

2010 / 844 Pages

ISBN : 9780070704770

This book on Engineering Physics will

cater to the undergraduate students of

all engineering streams. The perfect

blend of basics as well as advanced

topics like; modern physics, Nano

physics etc., in combination with rich

pedagogy, will help us lead the market

with the text.

FEATURES

• Focused and in-depth coverage of

all topics from engineering

standpoint. This book does not

cover the elementary topics which

has less relevance to engineering

segment and are already taught in

higher secondary level.

• Coverage of advanced topics like;

Nano Technology, Holography etc.

• For each topic the book emphasizes

on the engineering applications. For

example applications of Interference

in Science & Engineering are given

at the end of the chapter and

Semiconductor Diode has been

discussed with its applications

throughout the chapter.

• Unique chapter structure will prove

very useful for self-study. Each

chapter will start with a puzzle to

hold the interest of the reader.

• Strong pedagogical features of

Approx 2000 solved problems (333),

MCQs (342), numerical problems

(358), long questions (407) and

short questions (527).

• Included questions from University

question papers throughout the

chapters.

• Exhaustive OLC

CONTENTS

1. Interference 2. Diffraction 3.

Resolving Power of Optical Instruments

4. Polarization 5. Laser 6. Fibre Optics

7. Semiconductor Diode and its

Applications 8. Solar Cells and

its Applications 9. Superconductivity and

Applications 10. Ultrasonics

11. Acoustics 12. Principles of

Electrostatics and Magnetostatics

13. Maxwell’s Equations and Electromagnetic

Waves 14. Waves and

Particles 15. Band theory of Solids 16.

Electron optics 17. Properties of Matter

18. Temperature and its measurement

19. Vacuum Science and Technology

20. Crystal Physics 21. X-Rays 22.

Nano-Physics

ENGINEERING PHYSICS

by Hitendra K. Malik, Assistant

Professor, Dept. of Physics, Indian

Institute of Technology, Delhi; A. K.

Singh, Assistant Professor, Dept. of

Applied Sciences and Humanities,

Dronacharya College of Engineering,

Haryana

2009 / 752 Pages

ISBN : 9780070671539

This book provides a comprehensive

overview of Engineering Physics.

Replete with numerous solved and

unsolved problems, it offers an

unparalleled exposure to optics,

electromagnetism, theory of relativity,

nuclear physics, solid state physics,

quantum physics, magnetic properties

of solids, superconductivity, X-rays and

nanophysics.

FEATURES

• Includes chapter on Nanophysics

• Covers advanced topics such as

Laser Cooling, Bose-Einstein

Condensation, Scanning Electron

Microscope, Controlled Fusion

including Plasma, and Inertial

Confinement Fusion

• Includes problems from university

question papers

• Rich pool of pedagogy

• 450 Examples

• 617 Practice problems

• 224 Short-answer problems

• 238 Objective-type questions

CONTENTS

1. Interference 2. Diffraction 3.

Polarisation 4. Lasers and Holography

5. Fibre Optics 6. Electron Optics 7.

Waves and Oscillations 8. Sound

Waves and Acoustics of Buildings 9.

Dielectrics 10. Electromagnetism 11.

Theory of Relativity 12. Applied Nuclear

Physics 13. Crystal Structure 14.

Development of Quantum Mechanics

15. Quantum Mechanics 16. Free

electron Theory 17. Band theory of

Solids 18. Magnetic Properties of

Solids 19. Superconductivity 20. X-rays

21. Photoconductivity and

Photovoltaics 22. Nanophysics

OPERATIONS RESEARCH • ENGINEERING PHYSICS

14 Visit us at www.mhhe.com www.tatamcgrawhill.com

ENGINEERING PHYSICS

by V. Rajendran, Director, Research

and Development, Centre for Nano

Science and Technology, K. S.

Rangasamy College of Technology,

Tamil Nadu

2010 / 916 Pages

ISBN : 9780071070140

With a strong focus on fundamental

principles of Engineering Physics and

emphasis on engineering applications,

this book aims to help students grasp

the importance of physical concepts in

real-life scenarios. The effortless

language and enhanced pedagogical

features make it easy for the reader to

have a superior understanding of basic

theories of engineering physics.

FEATURES

• Strong emphasis on engineering

applications

• Coverage of contemporary topics

like Nonlinear Materials, Metallic

Glasses, Biomaterials,

Nanomaterials and Nanodevices

• Pedagogy:

• Solved examples: 190

• Descriptive questions: 187

• Short questions: 710

• Exercises: 80

• Objective type questions: 585

• Illustrations: 486

CONTENTS

1. Elasticity 2. Viscosity 3. Vacuum

Technique 4. Acoustics 5. Ultrasonics 6.

Non-Destructive Testing 7. Interference

8. Polarisation 9. Photoelasticity 10.

Optical and Other Instruments 11. Laser

12. Fiber Optics 13. Crystal Structure

14. Waves and Particles 15.

Semiconductors 16. Electron Theory of

Solids 17. Statistics and Band Theory of

Solids 18. Transport Properties of Semiconductors19.

Superconducting Material

20. Magnetic Materials 21. Dielectric

Materials 22. Nonlinear Materials 23.

Metallic Glasses 24. Biomaterials 25.

Nanomaterial Synthesis 26.

Nanodevices

Vijay Nicole Imprints Title

A CONCISE LABOTAROY MANUAL

ON ENGINEERING PHYSICS

by Williams J. Charles, Bannari Aman

Institiute of Tech, Erode

2004 / 98 Pages

ISBN : 9788182090545

This manual on Engineering Physics

helps students perform their laboratory

experiments effectively. Designed as an

observation notebook, the manual

covers the curriculum of Anna

University.

CONTENTS

1. Rigidity Modulus—Torsion Pendulum

(Symmetrical Masses Method) 2. Rigidity

Modulus—Torsion Pendulum

(Alternative Method) 3. Spectromete—

Grating 4. Air Wedge—Thickness of a

Thin Wire 5. Thermal Conductivity of a

Bad Conductor—Lee’s Disc 6. Young’s

Modulus—Nonuniform Bending (Pin and

Microscope) 7. Viscosity of a Liquid—

Poiseuille’s Method 8. Wavelength of

Laser and Particle Size Using Grating

9. Newton’s Rings 10. Spectrometer—

Dispersive Power 11. Measurement of

Thermo e.m. f. Using Potentiometer

MODERN PHYSICS

CONCEPTS OF

MODERN PHYSICS

6th Edition

(Special Indian Edition)

by Arthur Beiser, Shobhit Mahajan;

S Rai Choudhury, Delhi University

2009 / 634 Pages

ISBN : 9780070151550

This fundamental classic text on Modern

Physics provides concise and balanced

account of all key concepts, as well as

recent developments and applications in

the field. To help build conceptual

framework, plethora of solved and

unsolved problems, varying from simple

to complex, have been incorporated.

FEATURES

• Coverage of all important topics

such as Relativity, Quantum

Mechanics, Nuclear Physics,

Elementary Particles, Radioactivity

and Zeeman Effect.

• Two new chapters on ‘Astrophysics

& Cosmology’ and ‘Radioisotopes &

Radio-Physics’

• Inclusion of Laboratory experiments

• More than 400 illustrations and 700

solved problems and unsolved

problems

CONTENTS

1. Relativity 2. Particle Properties of

Waves 3. Wave Properties of Particles

4. Atomic Structure 5. Quantum

Mechanics 6. Quantum Theory of the

Hydrogen Atom 7. Many-Electron

Atoms 8. Molecules 9. Statistical

Mechanics 10. The Solid State 11.

Nuclear Structure 12. Nuclear

Transformations 13. Elementary

Particles 14. Cosmology 15. Nuclear

Reactions and Artificial Radioactivity

ENGINEERING

CHEMISTRY

ENGINEERING CHEMISTRY

by B. Sivasankar, Professor

Department of Chemistry Anna

University, Chennai

2008 / 592 pages

ISBN : 9780070669321

This book on Engineering Chemistry,

designed for the undergraduate

students of all engineering disciplines,

discusses the topics at the right level

keeping in mind the practical aspects of

the subject. Variety of problems, lucid

presentation with precise depth of

theory makes this book a must have for

students and teachers alike.

FEATURES

• Application based approach--

provides a perfect link between

fundamental concepts and relevant

applications

• Coherent chapter organization--

theory and fundamental aspects are

ENGINEERING PHYSICS • MODERN PHYSICS • ENGINEERING CHEMISTRY

Visit us at www.mhhe.com www.tatamcgrawhill.com 15

discussed in initial chapters followed

by application oriented topics in later

part of the book.

• In-depth coverage of

Electrochemistry and Surface

Chemistry

• Exhaustive discussion on

Instrumental methods of analysis,

pollution of environments and

Engineering materials

EXCELLENT PEDAGOGY

• 100 Solved examples

• 400 Review questions

CONTENTS

1. Thermodynamics 2. Phase Rule

3. Solid State 4. Electrochemistry 5.

Adsorption 6. Chemical Kinetics 7.

Organic Reaction Mechanisms 8.

Polymers 9. Chemical Methods of

Analysis 10. Instrumental method of

Analysis 11. Energy Sources 12.

Chemistry for Engineering Materials 13.

Corrosion and its Control 14. Water

Treatment 15. Pollution of the

Environment and its Control.

ENGINEERING CHEMISTRY

by Dr. R. Sivakumar, Professor and

Head, Department of Physical Sciences,

Bannari Amman Institute of Technology;

Dr. N. Sivakumar, Assistant Professor,

Department of Physical Sciences,

Bannari Amman Institute of Technology

2008 / 368 Pages

ISBN : 9780070699847

This book on Engineering Chemistry,

designed for the undergraduate

students of all engineering disciplines,

discusses the topics at the right level

keeping in mind the latest developments

in the subject area. Variety of problems

and lucid presentation make this book

simple and student friendly.

FEATURES

• Detailed coverage of

Electrochemistry, Nanotechnology,

and Water Treatment

• Simple approach and lucid writing

style

• Over 200 detailed illustrations and

diagrams

EXCELLENT PEDAGOGY

• 125 Solved examples

• 178 Review questions

• 173 Problems from university

papers

CONTENTS

1. Water Technology 2. Electrochemistry

3. Batteries 4. Corrosion and Corrosion

Control 5. Protective Coatings and Paints

6. Lubricants 7. Fuels and Combustion

8. Nuclear Chemistry and Technology 9.

Explosives and Propellants 10. Polymers

and Plastics 11. Analytical Techniques

12. Introduction to Nanotechnology 13.

Phase Rule 14. Thermodynamics 15.

Surface Chemistry 16. Abrasives 17.

Refractories

ENGINEERING CHEMISTRY

by O. G. Palanna, Former Professor &

HOD, Dept. of Chemistry, RNS Institute

of Technology, Bangalore

2009 / 656 Pages

ISBN: 9780070146105

Meant for the first-year undergraduate

students of engineering, this book

rovides a comprehensive exposure to

he fundamentals of Engineering

Chemistry. Lucid presentation, simple

language with logical flow of topics

along with relevant concepts helps

students to acquire a good command

on the basics of the subject.

FEATURES

• Provides a perfect link between

fundamental concepts and relevant

applications

• Comprehensive coverage of

important topics such as Water

technology, Phase rule,

Biotechnology, Refractories and

Abrasives in separate chapters

• Questions from previous years’

examination papers

• Rich pool of pedagogy includes

• 130 Solved examples

• 804 Review questions

CONTENTS

1. Source of Chemical Energy: (Fuels)

2. Electrochemical Energy Systems 3.

Conversion and Storage of

Electrochemical Energy 4. Corrosion

Science 5. Metal Finishing 6. Liquid

Crystals 7. High Polymers 8. Water

Technology 9. Instrumental Methods of

Analysis 10. The Solid State 11.

Conductivity in Solids 12.

Biotechnology 13. Environmental

Chemistry 14. Phase Rule 15.

Chemical Thermodynamics 16.

Dynamics of Chemical Processes 17.

Refractories 18. Abrasives

CHEMISTRY IN ENGINEERING

AND TECHNOLOGY

VOLUME 1

by J. C. Kuriacose, Indian Institute of

Technology, Madras R. Rajaram Ph.D.,

Indian Institute of Technology, Madras

2004 / Pages: 1342

ISBN: 9780074517352

CONTENTS

1. Atomic Structure. 2. Nuclear

Structure and Radioactivity. 3. Nature

of the Chemical Bond. 4. States of

Matter. 5. Thermodynamics. 6. Phase

Equilibria. 7. Electrochemistry. 8.

Chemical Kinetics and Catalysis. 9.

Photochemistry.

CHEMISTRY IN ENGINEERING

AND TECHNOLOGY

VOLUME 2

by J. C. Kuriacose Indian Institute of

Technology, Madras R. Rajaram Ph.D.,

Indian Institute of Technology, Madras

2004

ISBN: 9780074517369

CONTENTS

1. Organic Chemistry 2. Principles of the

Extraction of Metals 3. Chemistry of

Metals and Nonmentals 4. Water and its

Treatment 5. Fuels, Explosives and

Rocket Fuels 6. Pollution and the

Environment and its Control 7.

Corrosion and its Prevention 8.

Protective Coatings 9. High Polymers

10. Ceramic Materials 11. Cements

Lubrication and Lubricants

ENGINEERING CHEMISTRY

16 Visit us at www.mhhe.com www.tatamcgrawhill.com

Vijay Nicole Imprints Title

A CONCISE LABORATORY MANUAL

ON ENGINEERING CHEMISTRY

by Raman Sivakumar; Bannari Aman

Institute of Technology; R Jaya

Prakasam; Bannari Aman Institute of

Technology, Erode

2004 / 116 Pages

ISBN : 9788182090569

This manual on Engineering Chemistry

helps students perform their laboratory

experiments effectively. Designed

as an observation notebook, the

manual covers the curriculum of Anna

University.

CONTENTS

1. Preparation of N/10 Oxalic Acid and

M/10 Sodium Carbonate Solution 2.

Preparation of Buffer Solutions Using

Henderson Equation 3. Estimation of

Hardness of Water Sample by EDTA

Method 4. Estimation of Dissolved

Oxygen Content by Winkler’s Method 5.

De termination of Alkalinity of a Water

Sample 6. Determination of Chloride

Content of Water Sample by

Argentometric Method 7. Determination

of Strength of Hydrochloric Acid by

Sodium Hydroxide Using pH Meter 8.

Conductometric Titration of Mixture of

Acids 9. Conductometric Precipitation

Titration Using BaCl2 –Na2SO4 10.

Estimation of Ferrous Ion by

Potentiometric Titration 11.

Determination of Ferrous Ions in a given

Sample Spectrophotometrically by 1,10-

Phenanthroline Method 12.

Determination of Iron Content in a given

Sample Spectrophotometrically by

Thiocyanate Method 13. Determination

of Sodium and Potassium in Water by

Flame Photometry 14. Determination of

Molecular Weight of a Polymer by

Viscosity Average Method Using Ostwald

Viscometer 15. Estimation of Copper in

Brass 16. Determination of Percentage

in Calcium in Limestone by EDTA

Method

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

ENGINEERING CHEMISTRY • ENGINEERING DRAWING

Visit us at www.mhhe.com www.tatamcgrawhill.com 17

US Edition

INTRODUCTION TO GRAPHICS

COMMUNICATIONS FOR

ENGINEERS

(B.E.S.T SERIES)

4th Edition

by Gary Robert Bertoline, Purdue

University-West

2008 / 320 Pages

ISBN : 9780073522647

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.

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

US Edition

INTRODUCTION

TO SOLID MODELING USING

SOLIDWORKS 2010

6th Edition

by William E. Howard, East Carolina

University, and Joseph Musto,

Milwaukee School Engineering

2010 / 384 Pages

ISBN : 9780073375434

The text Introduction to Solid Modeling

Using SolidWorks 2010 presents solid

modeling not just as a communication

tool, but as an essential part of the

design process. To this end, the text

explores design intent, the use of solid

models in engineering analysis, and

introduces techniques from

manufacturing such as mold design and

sheet metal patterning. Howard and

Musto provide a student-friendly

presentation filled with easy-to-use

tutorials. Their approach is also

designed to help students understand

how engineering is used in the real

world. For instance, modeling exercises

are largely centered on examples drawn

from industrial applications. FREE

SolidWorks software is now available to

students, so students can apply exactly

what they are reading! Introduction to

Solid Modeling Using SolidWorks 2010

presents “keystroke-level” tutorials,

providing users new to the SolidWorks

program with all the detail they need to

become confident using the software.

Topics are illustrated and infused with

examples from the real world such as

flanges, brackets, helical springs, and

more. Additionally, this easy-to-use

guide has modular chapters allowing for

flexible organization of a course or selfstudy.

SALIENT FEATURES

• Up-to-date with the most current

version of SolidWorks

• A text website will feature tutorials,

model files, lecture power points,

image power points, and teaching

guide

CONTENTS

PART ONE Learning SolidWorks 1.

Basic Part Modeling Techniques 2.

Engineering Drawings 3. Additional

Part Modeling Techniques 4. Use of

Parametric Modeling Techniques 5.

Advanced Concepts in Part Modeling

6. Building Assembly Models from Part

Models 7. Advanced Assembly

Operations 8. Creating Assembly

Drawings

PART TWO Applications of SolidWorks

9. Using SolidWorks for the Generation

of 2-D Layouts 10. Application of

SolidWorks to Vector Mechanics 11.

Using SolidWorks in the Design and

Analysis of Mechanisms 12. The Use

of SolidWorks as a Tool for

Manufacturing: Mold Design and Sheet

Metal Parts 13. The Use of SolidWorks

to Accelerate the Product Development

/ Cycle

International Edition

INTRODUCTION TO SOLID

MODELING USING SOLIDWORKS

2008 WITH SOLIDWORKS

STUDENT DESIGN KIT

4th Edition

by William E. Howard, East Carolina

University; Joseph Musto, Milwaukee

School of Engineering

2008 / 368 Pages

ISBN : 9780071263580

This text presents solid modeling not

just as a communication tool, but as an

essential part of the design process. To

this end, the text explores design intent,

the use of solid models in engineering

analysis, and introduces techniques

from manufacturing such as mold

design and sheet metal patterning.

CONTENTS

PART ONE Learning SolidWorks 1.

Basic Part Modeling Techniques 2.

Engineering Drawings 3. Additional Part

Modeling Techniques 4. Use of

Parametric Modeling Techniques 5.

Advanced Concepts in Part Modeling 6.

Building Assembly Models from Part

ENGINEERING DRAWING

18 Visit us at www.mhhe.com www.tatamcgrawhill.com

Models 7. Advanced Assembly

Operations 8. Creating Assembly

Drawings PART TWO Applications of

SolidWorks 9. Using SolidWorks for the

Generation of 2-D Layouts 10.

Application of SolidWorks to Vector

Mechanics 11. Using SolidWorks in the

Design and Analysis of Mechanisms 12.

The Use of SolidWorks as a Tool for

Manufacturing : Mold Design and Sheet

Metal Parts 13. The Use of SolidWorks

to Accelerate the Product Development

Cycle

International Edition

DESIGN FOR ELECTRICAL AND

COMPUTER ENGINEERS

by Ralph Ford, Penn State Erie

Behrend College; Chris Coulston,

Penn State Erie Behrend College

2008 / 336 Pages

ISBN : 9780071263474

This book is written for students and

teachers engaged in electrical and

computer engineering (ECE) design

projects, primarily in the senior year. It

guides students and faculty through the

steps necessary for the successful

execution of design projects. The

objective of the text is to provide a

treatment of the design process in ECE

with a sound academic basis that is

integrated with practical application. It

has a strong guiding vision -- that a solid

understanding of the Design Process,

Design Tools, and the right mix of

Professional Skills are critical for project

and career success. This text is unique

in providing a comprehensive design

treatment for ECE.

FEATURES

• Strong guiding vision -- that a solid

understanding of the Design

Process, Design Tools, and the right

mix of Professional Skills are critical

for project and career success

• This text does a good job of

providing comprehensive design

treatment for ECE.

• A text at the right level for senior

design--based on reviewer feedback

we have heard that no books

existed that were at the level

needed. This text seems to now

bridge that gap and will be the book

of choice.

CONTENTS

Part I – The Engineering Design

Process Chapter 1. The Engineering

Design Process Chapter 2. Project

Selection and Needs Identification

Chapter 3. The Requirements

Specification Chapter 4. Concept

Generation and Evaluation Part II –

Design Tools Chapter 5. System Design

I: Functional Decomposition Chapter 6.

System Design II: Behavior Models

Chapter 7. Testing Chapter 8. System

Reliability Part III – Professional Skills

Chapter 9. Teams and Teamwork

Chapter 10. Project Management

Chapter 11. Ethical and Legal Issues

Chapter 12. Oral Presentations"

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

• 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.

• New and revised end-of-chapter

problems.

• 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.

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,

Index / Workbook Sheets

ENGINEERING DRAWING

Visit us at www.mhhe.com www.tatamcgrawhill.com 19

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 chapter and previously in the

book. An accompanying website

features solutions for instructors as well

as ancillary materials for reading and

download.

SALIENT FEATURES

• Text has been fully updated to

include instruction in the new

features of Pro/Engineer Wildfire

5.0.

• 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

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 / 1,184 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

ENGINEERING DRAWING

20 Visit us at www.mhhe.com www.tatamcgrawhill.com

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.

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

ENGINEERING DRAWING

Visit us at www.mhhe.com www.tatamcgrawhill.com 21

ENVIRONMENTAL

ENGINEERING

A TEXTBOOK OF ENVIRONMENTAL

STUDIES

by Shashi Chawla Dept. of Applied

Sciences Amity School of Engineering

and Technology Delhi

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

ENVIRONMENTAL STUDIES

2nd Edition

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 to meet the

requirements of the subject

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 Envi

ronment 3. Natural Resources 4. Ecol

ogy 5. Biodiversity 6. Environmental

Pollution 7. Social Issues and the

Environment 8. Human Population and

the Environment

INTRODUCTION TO ENVIRONMENT

SCIENCE & ENGINEERING

2nd Edition

by Raman Sivakumar, Bannari Amman

Institute of Technology, Erode

2009 / 342 Pages

ISBN : 9780070672802

Designed as a fundamental textbook for

students from different branches of en

gineering, science and technology, this

book provides a clear and crisp intro

duction to environmental issues pertain

ing to natural resources, biodiversity,

ecosystems, pollution, environmental

acts and social issues.

FEATURES

• Comprehensive treatment on

biodiversity

• Environmental Protection Acts

• Chapter-end review questions

• Lively illustrations from various

regions

• Case studies

• Two-mark questions with answers

CONTENTS

1. Environmental Studies and Natural

Resources 2. Ecosystems 3. Biodiversity

4. Environmental Pollution 5. Social

Issues and the Environment 6. Human

Populations and the Environment

INTRODUCTION TO

ENVIRONMENTAL ENGINEERING

4th Edition

(Special Indian Edition)

by Mackenzie L. Davis, Michigan State

University; David A. Cornwell,

Environmental Engineering &

Technology, Inc.

2009 / 956 Pages

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.

ENVIRONMENTAL ENGINEERING

22 Visit us at www.mhhe.com www.tatamcgrawhill.com

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

PRINCIPLES OF ENVIRONMENTAL

SCIENCE: INQUIRY AND

APPLICATIONS

4th Edition

(Special Indian Edition)

by William P. Cunningham, and Mary

Ann Cunningham

2006 / 438 Pages

ISBN : 9780070647725

Environmental Science as a subject has

been proposed by the UGC, to be in

cluded in every under graduate course.

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

ENVIRONMENTAL ENGINEERING

(Special Indian Edition)

by Gerard Kiely, University College

Cork

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

International Edition

PRINCIPLES OF ENVIRONMENTAL

ENGINEERING & SCIENCE

2nd Edition

by Mackenzie L. Davis, Michigan State

University-east Lansing; Susan J.

Mastenm, McMaster University

2009 / 800 Pages

ISBN : 9780073122359

Principles of Environmental Engineering

is intended for a course in introductory

environmental engineering for

sophomore- or junior-level students.

This text provides a background in

fundamental science and engineering

principles of environmental engineering

ENVIRONMENTAL ENGINEERING

Visit us at www.mhhe.com www.tatamcgrawhill.com 23

for students who may or may not

become environmental engineers.

FEATURES

• Principles places more emphasis on

scientific principles, ethics, and

safety, and focuses less on

engineering design. The text

exposes students to a broad range

of environmental topics—including

risk management, water quality an

treatment, air pollution, hazardous

waste, solid waste, and ionizing

radiation as well as discussion of

relevant regulations and practices.

• The book also uses mass and

energy balance as a tool for

understanding environmental

processes and solving

environmetnal engineering

problems.

• This new edition includes an

optional chapter on Biology as well

as a thorough updating of

environmental standards and a

discussion of how those standards

are created.

NEW TO THIS EDITION

• Chapter on Biology

• Case Studies.

• Updated science and technology

discussion to reflect latest trends.

• Increased number of problems at

the end of each chapter.

• 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

International Editon

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

International Edition

INTRODUCTION TO ENGINEERING

AND THE ENVIRONMENT

by Edward S Rubin & 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

Environ-mental 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

Environ-ment. 3. Automobiles and the

Environ-ment. 4. Batteries and the

Environment . 5. Power Plants and the

Environment. 6. Refrigeration and the

Environment. 7. Environmental Life

Cycle Assess-ments. III: Case Studies

in Environ-mental 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. Environmental Risk

and Decision Analysis. / Appendices

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

This is the definitive text in a market

consisting of senior and graduate

environmental engineering students who

are taking a chemistry course. The text

is divided into a chemistry fundamentals

section and a section on water and

wastewater analysis. In this new edition,

the authors have retained the thorough,

yet concise, coverage of basic chemical

principles from general, physical,

equilibrium, organic, biochemistry,

colloid, and nuclear chemistry. In

addition, the authors have retained their

classic two-fold approach of (1) focusing

on the aspects of chemistry that are

particularly valuable for solving

environmental problems, and (2) laying

the groundwork for understanding water

and wastewater analysis-a fundamental

basis of environmental engineering

practice and research.

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.

ENVIRONMENTAL ENGINEERING

24 Visit us at www.mhhe.com www.tatamcgrawhill.com

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

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

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

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 / Appendices A -

Basel Convention / B - Contaminant

Properties / C - Thermodynamic

Properties / D - Conversion Factors"

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) Environment.

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

ENGINEERING

MECHANICS

ENGINEERING MECHANICS

1st Edition

By N H Dubey, Engineering

Coordinator, Vidyalankar Institute of

Technology, Wadala, Mumbai

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

ENVIRONMENTAL ENGINEERING • ENGINEERING MECHANICS

Visit us at www.mhhe.com www.tatamcgrawhill.com 25

VECTOR MECHANICS FOR

ENGINEERS: STATICS AND

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 / 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

ENGINEERING MECHANICS :

STATICS (SCHAUM'S OUTLINE

SERIES)

by E. W. Nelson, Charles L. Best,

Lafayette College, Lafayette, IN

William G. McLean, Lafayette College

Merle Potter

2011 / 300 Pages

ISBN : 9780071321273

Modified to conform to the current

curriculum, Schaum's Outline of

Engineering Mechanics: Statics

complements these courses in scope

and sequence to help you understand

its basic concepts. The book offers

practice on topics such as orthogonal

triad of unit vectors, dot or scalar

product, resultant of distributed force

system, noncoplanar force systems,

slope of the Shear diagram, and slope

of the Moment diagram.

CONTENTS

1. Introduction 2. Vectors 3. Forces 4.

Coplanar Force Systems 5.

Noncoplanar Force Systems 6.

Equilibrium of Coplanar Force Systems

7. Equilibrium of Noncoplanar Force

Systems 8. Trusses and Cables 9.

Forces in Beams 10. Friction 11. First

Moments, Centroids, and Moments of

Inertia 12. Virtual Work

ENGINEERING MECHANICS:

DYNAMICS (SCHAUM'S OUTLINE

SERIES)

by E. W. Nelson, Charles L. Best,

Lafayette College, Lafayette, IN

William G. McLean, Lafayette College

Merle Potter

2011 / 312 Pages

ISBN : 9780071321297

Modified to conform to the current,

curriculum, Schaum's Outline of

Engineering Mechanics: Dynamics

complements these courses in scope

and sequence to help you understand

it's basic concepts. The book offers

extra practice on topics such as

rectilinear motion, curvilinear motion,

rectangular components, tangential and

normal components, and radial and

transverse components.

CONTENTS

1. Introduction 2. Kinematics of a

Particle 3. Kinetics of a Particle 4.

Kinematics of a Rigid Body 5. Kinetics

of a Rigid Body 6. Work and Energy 7.

Impulse and Momentum 8. Mechanical

Vibrations

ENGINEERING MECHANICS

26 Visit us at www.mhhe.com www.tatamcgrawhill.com

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,

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

STATICS

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

2010 / 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

ENGINEERING MECHANICS • STATICS

Visit us at www.mhhe.com www.tatamcgrawhill.com 27

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

• 5-Part Problem Solving

Methodology used in all example

p r o b l e m s .

A consistent problem-solving

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

DYNAMICS

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

STATICS • DYNAMICS

28 Visit us at www.mhhe.com www.tatamcgrawhill.com

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.

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

2010 / 784 Pages

ISBN : 9780071311106

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

DYNAMICS

Visit us at www.mhhe.com www.tatamcgrawhill.com 29

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.

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

(Speical Indian Edition)

by Stephen Timoshenko, D. Young, D.

H.; 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 / Pages: 730

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

DYNAMICS

30 Visit us at www.mhhe.com www.tatamcgrawhill.com

ENGINEERING MECHANICS

4th Edition

by K. L. Kumar Professor & Head

Department of Design and Technology

University of Botswana, Botswana.

Veenu Kumar

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

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

DYNAMICS

Visit us at www.mhhe.com www.tatamcgrawhill.com 31

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 / Pages: 480

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 : 0-07-116094-9 [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.

STRENGTH OF

MATERIALS

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 / Pages: 804pp

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.

DYNAMICS • STRENGTH OF MATERIALS

32 Visit us at www.mhhe.com www.tatamcgrawhill.com

• 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.

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, Department

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

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,

STRENGTH OF MATERIALS

Visit us at www.mhhe.com www.tatamcgrawhill.com 33

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.

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

STRENGTH OF MATERIALS

34 Visit us at www.mhhe.com www.tatamcgrawhill.com

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

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

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.

STRENGTH OF MATERIALS

Visit us at www.mhhe.com www.tatamcgrawhill.com 35

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 : 9781259002090

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

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.

STRENGTH OF MATERIALS

36 Visit us at www.mhhe.com www.tatamcgrawhill.com

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

5th Edition

(SI Units)

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

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

ENGINEERING MATERIALS

AND METALLURGY

2nd Edition

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

STRENGTH OF MATERIALS

Visit us at www.mhhe.com www.tatamcgrawhill.com 37

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

Deformation and Fracture of Metals 10.

Polymers 11. Ceramics 12. Composites

13. Mechanical Testing of Materials

COMPUTER SCIENCE

INTRODUCTORY

INTRODUCTION TO COMPUTERS

7th Edition

(SIE)

by Peter Norton, Acclaimed Software

Entrepreneur of ‘Norton Antivirus’ &

‘Norton Utilities’ fame

2010 / 680 Pages

ISBN : 9780070671201

A trusted name in Information

technology, Peter Norton has been

synonymous with computers for close to

three decades. His trilogy on computers,

including Computing Fundamentals,

Essential Concepts, and Introduction to

Computers, is consider a leading

educational resource on the subject.

This Indian adaptation of Introduction to

Computers takes forward the

unparalleled success and legacy of this

series of books.

FEATURES

• In-depth treatment of topics like

Number Systems, Network

Topologies and Protocols

• Discussion on Operating Systems

enhanced through inclusion of

discussion on MS-DOS and Unix

commands, Windows Vista,

Windows Server 2008

• Enrichment of Pedagogy - Over

1000 exercise questions included

CONTENTS

1. Introduction to Computer Systems /

Lesson 1A. Exploring Computers and

Their Uses / Lesson 1B. Looking Inside

the Computer System 2. INTERACTING

WITH YOUR COMPUTER / Lesson 2A.

Using the Keyboard and Mouse /

Lesson 2B. Inputting Data in Other

Ways 3. SEEING, HEARING, AND

PRINTING DATA / Lesson 3A. Video

and Sound / Lesson 3B. Printing 4.

PROCESSING DATA / Lesson 4A.

Transforming Data into Information /

Lesson 4B. Modern CPUs 5. STORING

DATA / Lesson 5A. Types of Storage

Devices / Lesson 5B. Measuring and

Improving Drive Performance 6. USING

OPERATING SYSTEMS / Lesson 6A.

Operating System Basics / Lesson 6B.

Survey of PC and Network Operating

Systems 7. NETWORKS / Lesson 7A.

Networking Basics / Lesson 7B. Data

Communications 8. PRESENTING THE

INTERNET / Lesson 8A. The Internet

and the World Wide Web / Lesson 8B.

E-Mail and Other Internet Services 9.

WORKING IN THE ONLINE WORLD /

Lesson 9A. Connecting to the Internet /

Lesson 9B. Doing Business in the

Online World 10. WORKING WITH

APPLICATION SOFTWARE / Lesson

10A. Productivity Software / Lesson

10B. Graphics and Multimedia / 11.

DATABASE MANAGEMENT / Lesson

11A. Database Management Systems /

Lesson 11A. Survey of Database

Systems 12. SOFTWARE

PROGRAMMING AND

DEVELOPMENT / Lesson 12A.

Creating Computer Programs / Lesson

12B. Programming Languages and the

Programming Process 13.

PROTECTING YOUR PRIVACY, YOUR

COMPUTER, AND YOUR DATA /

Lesson 13A. Understanding the Need

for Security Measures / Lesson 13B.

Taking Protective Measures / Appendix

A—Creating Your Own Web Pages /

Appendix B—Computer Viruses /

Appendix C—Self-Check Answers

FUNDAMENTALS OF COMPUTERS

by E. Balagurusamy, Member, UPSC

New Delhi

2009 / 524 Pages

ISBN : 9780070141605

The foremost objective of this book is to

explain a beginner about computer’s

functionalities. Anyone interested in

knowing about computers can learn the

various applications without any prior

knowledge. The book has been

developed for various introductory

courses offered in Computer Science, IT

and other related areas.

FEATURES

• A complete self-study material for

obtaining basic knowledge and

understanding of various hardware

and software components of

computers.

• Covers Microsoft Office suite of

software such as MS Word and MS

Excel in great detail.

• Concepts have been explained

using ample number of illustrations

and screen shots to visualize the

commands.

• A chapter dedicated for further

reading on Programming concepts.

• Appendices on Multimedia and

Computer Graphics

• Huge presence of Pedagogy for

self-test:

• Review Questions: 329

• Fill-in-the-blank: 325

• Multiple Choice Questions: 315

• Solved Examples: 112

• Illustrations: 291

CONTENTS

• Understanding the Computer •

Computer Organization and Architecture

• Memory and Storage Systems • Input

Devices • Output Devices • Computer

Codes • Computer Arithmetic • Boolean

Algebra of Switching Circuits • Logic

Gates and Digital Circuits • Comuter

Software • Operating Systems •

STRENGTH OF MATERIALS • COMPUTER SCIENCE INTRODUCTORY

38 Visit us at www.mhhe.com www.tatamcgrawhill.com

Microsoft Software • Programming

Languages • Data Communications and

Networks • The Internet and World Wide

Web • Introduction to C Programming /

Appendix A: Multimedia / Appendix B:

Computer Graphics

TAXALI COMPUTER COURSE

by R. K. Taxali

2010 / 485 pages

Meant for an average user, this book

gives a detailed and yet a simple

account of how to use a PC for basic

needs. The only pre-requisite for the

reader is the “ability to read” and hence

the book has been kept extremely

simple, straight forward and easy to

follow, with step by step instructions

accompanied by appropriate

illustrations. The book provides

explanations, with screen shots to

demonstrate the described functions.

The book starts with the introduction to

computer and its parts and their uses,

and then goes on to explain how to use

computers delving to the very basics

including how to hold, scroll and click

the mouse. MS Word, Excel, PPT,

Access, Internet and Email, Internet

Security and Basic Tally all are covered

in this book. This book is suitable for

everyone, whether you are a student in

a school or college, an office or factory

employee, a house-wife, or an even a

retired person- an excellent text for selfstudy

and practice.

FEATURES

• No prior knowledge assumed…the

book starts from scratch

• Simple and Step by step explanation

with screen shots wherever possible

for better understanding

• Gives detailed yet simple

explanation of how to work on

Windows, MS Word, Excel, Access,

Power Point , Internet &

Ecommerce

• Chapter on Tally 9 and other

variants

• Chapters on Computer Virus, DTP

CONTENTS

1. What is a Computer? 2. Using

Windows 3. Word Processing with

Microsoft Word 4. Microsoft Excel 5.

Microsoft Access 6. Microsoft

PowerPoint 7. Tally 8. Introduction to

Desktop Publishing 9. Internet, Email

and E-Commerce 10. Computer Virus,

Spyware and Adware

COMPUTING FUNDAMENTALS AND

C PROGRAMMING

by E. Balagurusamy, Chairman, EBG

Foundation, Coimbatore

2008 / 520 pages

ISBN : 9780070669093

Written by the most well known face of

India’s IT literacy movement, this book

is designed for the first course on

Fundamentals of Computers and C

Programming taken by undergraduate

students in Computers and Information

Technology. This book uses simple-tocomplex

and easy-to-learn approach

with unique combination of theory and

practice.

FEATURES

• Exhaustive coverage on

fundamentals of computers

• Microsoft Office Software Illustrated

with screen shots

• In-depth discussion on Operators

and Expressions, Arrays and

Pointers

• Extensive coverage on Algorithms

and Flowcharts

• Case Studies at the end of chapters

PEDAGOGY

• 242 Review questions

• 163 Programming exercises

• 111 Solved examples

• 210 Illustrations

CONTENTS

1. Fundamentals of Computers 2.

Computing Concepts 3. Overview of C

4. Constants, Variables, and Data Types

5. Managing Input and Output

Operations 6. Operators and

Expressions 7. Decision Making and

Branching 8. Decision Making and

Looping 9. Arrays 10. Character Arrays

and Strings 11. User-Defined Functions

12. Structures and Unions 13. Pointers

14. File Management in C / Appendix A:

Database Management Systems /

Appendix B: Introduction to Data

Structures / Appendix C: C99 Features

INTRODUCTION TO COMPUTING

SYSTEMS FROM BITS AND GATES

TO C AND BEYOND

2nd Edition

by Yale N Patt, University of Texas at

Austin and Sanjay J Patel, University of

Illinois, Champaign

2004 / 656 pages

ISBN : 9780070595002

This book is based on the premise that

starting with a high level programming

language is not the best approach. The

reason most students are unsuccessful

using a programming language when

they encounter it in their first course is

because they are forced to memorize a

lot of technical details without having

any idea why these details are

necessary. That is, they do not

understand the basic underpinnings of

how a computer works. From this basic

notion evolves the motivated bottom-up

approach found in Patt/Patel’s

Introduction To Computing Systems,

now in a second edition. The text starts

with the logic structures and architecture

of a computer and moves up to the

application software that runs on it.

Every treatment that purports to start at

the bottom and work up begins with

some abstraction. For Patt/Patel, that

abstraction is the switch level behavior

of an MOS transistor. From a very short

treatment of that abstraction, the book

covers in turn: Logic Gates, latches,

logic structures (MUX, Decoder, Adder,

gated latches), finally culminating in an

implementation of memory. From there,

the book moves on to the Von

Neumann model of execution, then a

simple computer (the LC-3), machine

language programming, assembly

language and how an assembler works,

and then assembly language

programming of the LC-3. The LC-3

treatment concludes with a substantial

treatment of Physical I/O, including both

polling and interrupt-driven I/O, the

nature of traps and subroutine calls/

returns. The book then moves to the

COMPUTER SCIENCE INTRODUCTORY

Visit us at www.mhhe.com www.tatamcgrawhill.com 39

high level language C, covering

recursion, pointers, and finally

elementary data structures. The book

establishes a foundation that every

subsequent course in the computer

science or computer engineering

curriculum can benefit from and build

on.

FEATURES

• The focus of the book is on the

fundamentals. The approach of this

text better prepares students for

later courses in both hardware and

software, applications and operating

systems, data structures and

algorithms, data bases and

networks, where an understanding

of the basic underpinnings is

essential to making the required

tradeoffs in all of the above areas.

• The book is broken down into two

major segments, (a) The underlying

structure of a computer, using the

LC-3, and (b) programming in a high

level language, in this case C.

• Because students are taught

debugging from the first program

they write (in machine language)

and are required to use the LC-3

Simulator’s debugging tools from

the beginning, they are better able

to master programming and will be

able to complete projects with a lot

less help from the TA.

• An expanded website for the text

includes updated versions of the

Solutions Manual, the LC-2

Simulator [to the LC-3 Simulator],

Source Code of the examples, a link

to the authors’ website and JPEGs

of all of the figures. It also contains

a message board, lab manuals for

both versions of the LC-3, as well as

two sets of PowerPoint

presentations created by instructors

using the book in their course.

CONTENTS

Part I: 1 Welcome Aboard! 2 Bits, Data

Types, and Operations. 3 Digital Logic

Structures. 4 The Von Neumann Model.

5 The LC-3. 6 Programming. 7

Assembly Language. 8 I/O. 9 TRAP

Routines and Subroutines. 10 And,

Finally. Part II: 11 Introduction to

Programming in C. 12 Variables and

Operators. 13 Control Structures. 14

Functions. 15 Debugging. 16

Recursion. 17 Pointers and Arrays. 18

I/O in C. 19 Data Structures. Appendix

A The LC-3 ISA. Appendix B From LC-

3 to x86. Appendix C The

Microarchitecture of the LC-3.

Appendix D The C Programming

Language. Appendix E Extending C to

C++. Appendix F Useful Tables

MCQS IN COMPUTER SCIENCE

4th Edition

By Timothy J Williams, Part-time

Professor, California State University,

Hayward

2011 / 436 Pages

ISBN : 9780071077699

This book is designed for Computer

Science/ Information Technology

students from various Engineering

(B.Tech/ BE), BSc/ MSc, BCA/ MCA

streams taking their GATE, GRE and

other competitive examinations e.g.

exams for PSUs. This book will be also

a useful practice guide for students who

appear for technical placement

examinations conducted by Software

firms.

FEATURES

• Excellent coverage of essential

topics like C Programming, Mathematical

Foundations, Automata

Theory, Digital Logic and Computer

organization

• Contains over 2000 Multiple Choice

Questions with complete solutions

to fully arm the student for the GATE

and other PSU exams

• Updated with new questions from

GATE questions papers of 2008 ,

2009 & 2010

• Includes selected questions from

GATE 2011 with solution at the end

of the book

CONTENTS

1. Mathematical Foundations of

Computer Science 2. Digital Logic and

Computer Organization 3.

Programming with C 4. Object Oriented

Programming Using C++ 5

Programming with Java 6. Data

Structures and Algorithms 7. Operating

Systems 8. Unix 9. Database

Management Systems 10. SQL*PLUS,

SQL, PL/SQL, Forms and Reports 11.

Automata Theory 12. Principles of

Programming Languages 13. Principles

of Compiler Design 14. System

Software 15. Software Engineering 16.

Computer Networks 17. Computer

Graphics / Appendix: GATE-2011

Questions with Solutions

International Edition

PETER NORTON’S

COMPUTING FUNDAMENTALS

6th Edition

by Peter Norton, Peter Norton

Computing Inc.

2006 / 512 pages

ISBN : 9780071117159

Peter Norton is an acclaimed computer

software entrepreneur who is active in

civic and philanthropic affairs. He serves

on the boards of several scholastic and

cultural institutions and currently

devotes much of his time to

philanthropy. Mr. Norton made his mark

in the computer industry as a pro gram

mer and businessman. Norton

Utilities™, Norton Antivirus™, and other

utility programs are installed on millions

of computer world wide. He is also the

best selling author of computer books.

Mr. Norton sold his PC-software

business to Symantec Corporation in

1990 but continues to write and speak

on computers, helping millions of people

better understand information

technology.

NEW TO THIS EDITION

• Revised and Updated: Completely

revised and updated to cover new

technologies and adapt to our

quickly changing world.

COMPUTER SCIENCE INTRODUCTORY

40 Visit us at www.mhhe.com www.tatamcgrawhill.com

• Improved Design: Improved fourcolor

designed sporting a cleaner,

more open look with vivid

photographs and illustrations.

• Sensible organization: Each book

consists of units, each divided into 2

sections that enable instructors to

more flexibly adapt the book to their

course and visa versa.

• New “At Issue” Features: All new

articles written by Business Week IT

columnists, spotlighting trends in

information technology. These new

articles will offer compelling looks at

how technology is used in to help

people do their work or make their

lives better.

• New “Computer Career” Articles:

Interviews with real IT professionals

will put a human face to the many

exciting career IT career

opportunities available.

• Unit and Section Re view Activities:

Each Section will include a key term

list, key term quiz, multiple choice

questions, essay questions, and lab

projects. Each Unit will include

additional lab projects, discussion

questions, research report, and

ethical issue questions.

CONTENTS

Chapter 1. Introducing Computer

Systems. Chapter 2. Presenting the

Internet. Com put ing Keynotes #1:

Creating Your Own Web Page. Chapter

3. Interacting with Your Computer.

Chapter 4. Seeing, Hearing, and Printing

Data. Computing Key notes #2: Buying

Your First Computer. Chapter 5.

Processing Data. Chapter 6. Storing

Data. Chapter 7. Using Operating

Systems. Chapter 8. Working with

Application Software. Chapter 9. Net

works. Chapter 10. Working in the

Online World. Computing Keynotes #3:

Professional Certification Programs.

Chapter 11. Development of Information

Systems. Chapter 12. Protecting Your

Privacy, Your Computer, and Your Data.

Computing Keynotes#4: Viruses.

Appendix A: The History of Microcomputers.

Appendix B: Answers to

Self-Checks. / Glossary. / Index

Vijay Nicole Imprints Title

FUNDAMENTALS OF COMPUTERS

& C PROGRAMMING

by Alesix Leon; Software Consultant;

Mathews Leon; L & L Consultancy Pvt.

Ltd.

2007 / 368 pages

ISBN : 9788182091924

This book covers Introduction to

Computers and C Programming.

Designed as per the new Anna

University syllabus for first semester, the

book covers in toto the syllabi

requirements of two papers namely

Fundamentals of Computers and

Programming Laboratory.

FEATURE

• Clear and lucid presentation

• Numerous programming examples

and problems

• Pedagogical features include

exercises, solved problems,

examples, illustrations

CONTENTS

PART I: Fundamentals of Computers

1. Introduction to Computers 2.

Generations of Modern Computers 3.

Classification of Digital Computers 4.

The Computer System 5. Computer

System Architecture 6. Number System

7. Computer Software 8. Introduction to

Software Development PART II : C

Programming 1. Introduction to C

Language 2. Data Types 3. Operators

and Expressions 4. Input / Output

Functions 5. Control Statements 6.

Arrays and Strings 7. Functions 8.

Pointers 9. Structures and Unions 10.

Files 11. C Preprocessor

Vijay Nicole Imprints Title

FUNDAMENTALS OF COMPUTING C

PROGRAMMING & MS OFFICE

by Alesix Leon; Software Consultant;

Mathews Leon; L & L Consultancy Pvt.

Ltd.

2007 / 596 pages

ISBN : 9788182090590

This book covers the three topics,

Introduction to Computers, C

Programming, MS Office (MS Word and

MS Excel) all important for students

throughout their career.

FEATURES

• Clear and lucid presentation

• Numerous programming examples

and problems

• Pedagogical features include

exercises, solved problems,

examples, illustrations

CONTENTS

PART I: Fundamentals of Computers

1. Introduction to Computers 2.

Generations of Modern Computers 3.

Classification of Digital Computers 4.

The Computer System 5. Computer

System Architecture 6. Number System

7. Computer Software 8. Introduction to

Software Development PART II: C

Programming 1. Introduction to C

Language 2. Data Types 3. Operators

and Expressions 4. Input / Output

Functions 5. Control Statements 6.

Arrays and Strings 7. Functions 8.

Pointers 9. Structures and Unions 10.

Files 11. C Preprocessor PART III: MS

Office Section I : MS Word 1.

Introduction to Word Processing 2. Word

2000 Basics 3. Creating and Saving a

Document 4. Editing Test 5. Formatting

Documents 6. Advance Formatting 7.

Mail Merging 8. Working With Graphics

9. Working with Tables 10. Advanced

Topics Section II: MS Excel 1.

Introduction to Electronic Spreadsheets

2. Excel 2000 Basics 3. Creating and

Saving a Workbook 4. Data Entry—

Manual and Automatic 5. Basic

Formatting 6. Advanced Formatting 7.

COMPUTER SCIENCE INTRODUCTORY

Visit us at www.mhhe.com www.tatamcgrawhill.com 41

Formulas and Macros 8. Excel Functions

9. Charts and Graphs 10. Advanced

Topics

INFORMATION TECHNOLOGY:

THE BREAKING WAVE

by Dennis Curtin

1999 / 320 pages

ISBN : 9780074635582

(Book Only)

C

PROGRAMMING IN ANSI C

6th Edition

By E Balagurusamy, Chairman, EBG

Foundation, Coimbatore

2012 / 570 pages

ISBN : 9781259004612

In keeping with the original essence of

this distinguished bestseller, the sixth

edition presents C programming

concepts in a simple, clear and logical

order, thus making it ideal for novices.

This text uses sample programs, case

studies, programming problems,

projects and many more pedagogical

aids to enable better understanding of

the C language. The hallmark of this

edition is its new avatar in color, to

enhance visual appeal and make

learning a pleasure!

FEATURES

• Ample number of programming

codes with comments throughout

the book

• Special boxes within the text to

provide supplementary information

and notes

• Case studies illustrating real life

applications and ‘Just Remember’

sections, enlisting possible problem

areas and helpful hints

• Programming projects giving

insights into how to handle large

programs

• New programs and review questions

specially picked from frequently

asked university questions

• Latest compiler C99 features

provided

Updates to the Edition

• Visual Impact Through Coloured

Edition

• 15 New Programs Included And

Refreshed Review Questions

Across Chapters Like

• Fibonacci Series, Prime Numbers

Calculation, Gcd, Matrices Etc.

• Identified Basis Frequently Asked

University Examination Questions

With High Level Of Difficulty. Also

Keeping

• Major University Syllabi Requisites

In Mind! Also Observed There From

That We Already have a lot of FAQs

in our text

NEW TO THIS EDITION

• Two new programming projects on

“INVENTORY” and “RECORD

ENTRY”

• Coverage of new features added to

C99

CONTENTS

1. Overview of C 2. Constants,

Variables, and Data Types 3. Operators

and Expressions 4. Managing Input and

Output Operations 5. Decision Making

and Branching 6. Decision Making and

Looping 7. Arrays 8. Character Arrays

and Strings 9. User-Defined Functions

10. Structures and Unions 11. Pointers

12. File Management in C 13. Dynamic

Memory Allocation and Linked Lists 14.

The Preprocessor 15. Developing a C

Program: Some Guidelines Appendix I:

Bit-Level Programming Appendix II:

ASCII Values of Characters Appendix

III: ANSI C Library Functions Appendix

IV: Projects Appendix V: C99 Features

PROGRAMMING WITH C

3rd Edition

(Schaums Outlines Series) (Special

Indian Edition)

by Bryon S. Gottfried, Professor,

Industrial Engineering, University of

Pittsburgh; J K Chhabra, Professor,

Department of Computer Science and

Engineering, National Institute of

Technology, Kurukshetra

ISBN: 9780070145900

2010 / 650 Pages

This book follows a simplified way for

solving problem. Through sample

programs, it guides the readers to

comprehend the different situations in

which a certain feature can be used.

Extensive coverage of C Programming

concepts through addition of new

chapter on Strings and topics like

Fundamentals of Computers &

Introduction to Algorithms and

Pseudocodes, Types of Errors, Random

and Sequential Access of Files.

FEATURES

• The book has been developed

based on the ANSI C standards.

There is emphasis on designing

clear, legible, modular and efficient

programs throughout the book

• Inclusion of a new chapter on

Strings

• Addition of topics like Fundamentals

of Computers, introduction to

Algorithms and Pseudocodes

• In-depth treatment for File Handling

• Topics like Random and Sequential

Access of Files have been included

along with examples.

• Over 1200 varied solved examples

& problems present

• Ideal for self-teach and test

preparation

CONTENTS

1. Introductory Concepts 2. Introduction

to C Programming 3. Operators and

Expressions 4. Data Input & output 5.

Preparing and Running A Complete C

Program 6. Control Statements 7.

COMPUTER SCIENCE INTRODUCTORY • C

42 Visit us at www.mhhe.com www.tatamcgrawhill.com

Functions 8. Stored Classes and

Multifile Programming 9. Arrays 10.

Strings 11. Pointers 12. Structures and

unions 13. File Handling 14. low-Level

Programming 15. Additional features of

C / Appendix A: Number Systems /

Appendix B: Escape Sequences /

Appendix C: Operator Summary /

Appendix D: Data Types and Data

Conversion rules / Appendix E: The

ASCII Character Set / Appendix F:

Control Statement Summary / Appendix

G: Commonly used Scanf and Printf

Conversion Characters / Appendix H:

Library Functions Answers to Selected

Problems Answers to FAQs

MASTERING C

by K. R. Venugopal, Professor,

Department of Computer Science and

Engineering, University Visvesvaraya

College of Engineering, Bangalore

University, Bangalore; S. R. Prasad,

Software Architect, Philips Innovation

Campus, Bangalore

2006 / 864 pages

ISBN : 9780070616677

This book lucidly explains the basic

features and syntax of the C language.

It includes brief theory, plenty of

programming examples, review

questions and problems for practice.

FEATURES

• Clear exposition of the fundamental

concepts of C.

• Exhaustive coverage of Graphics in

C

• In-depth coverage of file

manipulations, data structures,

searching and sorting.

• A chapter on UNIX highlighting the

features of C in the UNIX

environment.

• Pedagogical features

• 217 solved examples

• 403 programming exercises

• 625 review exercises

• 124 Figures for bette

understanding of the concepts

NEW IN THIS EDITION

• Basics of Computer and Numbering

System added in the first chapter.

• New Chapter on Data Structures.

• New Chapter on Graphics.

• 896 additional solved examples,

programming exercises and review

questions are included.

CONTENTS

1. Introduction 2. Variables and

Expressions 3. Basic input-output 4.

Control structures 5. Functions 6. Scope

and extent 7. Arrays and Strings 8.

Pointers 9. Structures and Unions 10.

Files 11. Dynamic Memory Allocation

12. Data Structures 13. Graphics 14.

UNIX Operating System 15. C Library

Functions 16. Controlling Complexity

17. Quick Reference 18. Answers to

Exercises 19. Programming Examples

Bibliography Index

TEST YOUR SKILLS IN C

2nd Edition

by S Thamarai Selvi, Professor &

Head, Dept. of Information

Technology, Madras Institute of

Technology, Chennai; R Murugesan,

Reader,Dept. of Mathematics,

Thiruvalluvar College, Tamil Nadu

2009 / 270 Pages

ISBN : 9780070145856

Test your skills in C is a complete selfteach

for all those aspiring for a career

in IT focusing on the ‘C’ language. The

book aids the readers to refresh their C

Programming knowledge in a shorter

span thereby enabling them to

thoroughly prepare and appear for the

various screening tests and campus

interviews. The book has been

developed based on the ANSI C

standards. It will be a practice book for

the undergraduate students of CSE, IT,

ECE, EEE, Electronics and

Instrumentation, etc.

FEATURES

• Practice tests covering all C

language related concepts provided

in eleven separate chapters.

• Refreshed model test papers with

solutions provided for selfassessment.

• Special section titled Tough Nuts to

Crack containing unique and

thought-provoking programming

exercises. Programming tips and

solutions are provided for these

exercises.

• Special Notes and Tips for tricky

questions.

• Simple program covered as an

example along with a brief theory/

definition in every chapter for

introducing the concepts to the

readers

• Syntax along with the concepts have

been highlighted.

• Four indispensable appendices on

ASCII table, Operator Precedence

Table, Timings of basic C operations

& ANSI C functions.

• Pedagogy refreshed and increased.

It includes:

• Definitions: 58

• Short-answer question (with

answers)- 385

• Fill in the blanks: 126

• True or false: 128

• Multiple-choice questions:746

• Match the following: 50

• Total: 1433 Contents

CONTENTS

• Elements of C Language • C operators

and Expressions • Simple Input/Output

• Control Flow Constructions • Storage

Classes of Variables • Arrays •

Functions • Pointers • Strings •

Structures and Unions • Files and

Prepro cessors • Model Test Papers •

Crack the Tough Nuts • Additional

Programs • ASCII table • Precedence

and Assosciativity of Operators • Timing

of Basic C Operations in Our Host

Machine • ANCI C Library Functions

PROGRAMMING AND PROBLEM

SOLVING USING C LANGUAGE

by ISRD Group

2008 / 348 pages

ISBN : 9780070667600

This book is designed for the course on

Programming and Problem Solving

Through C Language offered to

students taking the DOEACC’s ‘O’ level

certificate examination. The book will

C

Visit us at www.mhhe.com www.tatamcgrawhill.com 43

also be useful to the diploma students

who take a course on C Programming.

FEATURES

• Bottom up approach employed,

where overview of programming has

been covered followed by

fundamental and advanced

programming techniques.

• Comprehensive coverage of

advanced topics like C

Preprocessor, including discussions

on Macro Substitution, File

Inclusion, and Conditional

Compilation Directives.

• Written in a simple and lucid

language keeping in mind the

requirements of the target audience.

PEDAGOGY

• Multiple Choice Questions: 105

• True/False: 90

• Fill in the Blanks: 102

• Descriptive Questions: 103

• Previous Year Question Papers with

Solutions

CONTENTS

1. Introduction to Computer-based Prob

lem Solving 1 2. Algorithms for Problem

Solving 7 3. Program Design and

Implementation Issues 17 4.

Programming Environment 25 5.

Overview of C Language 32 6. Data

Types, Variables, and Constants 43 7.

Operators, Type Modifiers and

Expressions 53 8. Basic Input/Output

68 9. Control Constructs 78 10. Arrays

104 11. Functions 123 12. Pointers 146

13. Structures 171 14. Unions 192 15.

Linked List 203 16. File Handling in ‘C’

219 17. ‘C’ Preprocessor

CIMPLE : C IS SIMPLE

by S. Rout, Lakshya Academy,

Bhubaneswar

2008 400 Pages

ISBN:9780070260986

CONTENTS

1. Memory Map 2. Data Types 3.

Variables and Constants 4. Operators

5. Control Structures 6. Pointers 7.

Arrays 8. Functions 9. Formatted Input

and Output 10. Storage Class 11.

Preprocessor 12. Structure 13. Union

14. File Handling in C 15. Command

Line Arguments 16. Dynamic Memory

Allocation 17. Overview of Pro*C 18.

Working with Assembly 19. Hardware

Programming 20. C-Coding

Standardization / Appendix A:

Keywords / Appendix B: Trigraph /

Appendix C: Data Types and Their

Corresponding Ranges / Appendix D:

Windows Bitmap File Reading /

Appendix E: Cecrets Questions / Index

International Edition

C FOR ENGINEERS AND

SCIENTISTS

by Harry H. Cheng, University of

California Davis

2009 / 900 Pages

ISBN : 9780077290467

C for Engineers and Scientists is

primarily for freshmen college students

in the first quarter or semester learning

computer programming language in C

with new features in C99, and

introduction to object-oriented

programming in C++, and graphical

plotting and numerical computing in C/

C++ interpreter Ch and MATLAB® for

applications in engineering and science.

It can also be used as a supplementary

textbook for upper division

undergraduate courses and graduate

courses which involve graphical plotting

and numerical computing such as linear

algebra, differential equations,

numerical analysis, etc.

C for Engineers and Scientists focuses

on systematic software design approach

in C for applications in Engineering and

Science following the latest standard

developed by the ANSI C/ISO C

Standard Committees called C99 which,

made C as a general purpose

programming language for scientific

computing and resolved many

deficiencies of C90 for applications in

Engineering.

CONTENTS

Part 1: Programming in C Chapter 1.

Getting Started Chapter 2. Scalar Types

Chapter 3. Operators and Expressions

Chapter 4. Statements and Control Flow

Chapter 5. Functions Chapter 6.

Preprocessing Directives Chapter 7.

Storage Classes and Pro gram

Structure Chapter 8. Formatted Input

and Output Chapter 9. Arrays Chapter

10. Pointers Chapter 11. Characters and

Strings Chapter 12. Structures,

Enumerations, Unions and Bit Fields

Chapter 13. File and Directory

Processing Chapter 14. Scientific

Computing in the Entire Real Domain

Chapter 15. Programming with Complex

Numbers Part 2: Introduction to C++

Chapter 16. Some Features in C++

Chapter 17. Classes and Object-Based

Programming in C++ Part 3:

Introduction to Ch Chapter 18. Getting

Started with Ch Chapter 19.

Computational Arrays and Matrix

Computations Chapter 20. Two and

Three-Dimensional Plotting Chapter 21.

Advanced Numerical Analysis Part 4:

Introduction to MATLAB® Chapter 22.

Introduction to MATLAB® Part 5:

Introduction to Fortran 90 Chapter 23.

Introduction to Fortran

C: THE COMPLETE REFERENCE

4th Edition

by Schildt, Herbert

2000 / 832 pages

ISBN : 9780070411838

(Osborne Reprint)

C

44 Visit us at www.mhhe.com www.tatamcgrawhill.com

International Edition

C PROGRAMMING:

A CONCISE Q&A APPROACH

2nd Edition

by H H Andrew Tan, Morrison Knudsen

Corporation, and T.B. D’Orazio, San

Francisco State University, Siu-Hang

Or, The Chinese University of Hong

Kong, and Marian Ming Yan Choy, The

University of Hong Kong

2010 / 448 Pages

ISBN : 9780071311168

This book was developed to address the

difficulty beginning students often find

reading computer language texts. Tan

and D’Orazio aim to make the process

of learning a first language easier and

fun, by involving readers in their text,

holding their interest, and getting them

to think about the meaning and uses of

C code. The authors accomplish this

goal by using a question and answer

style, where the reader’s thought

processes are stimulated by the same

questions about code that students

themselves often ask. Tan and D’Orazio

answer these questions clearly and

directly, focusing the reader’s attention

on the important issues of C

programming. The new co-authors, Or

and Choy have further enhanced on this

book by “condensing” the book by

focusing on the essential programming

content. The end product is a book

which arouses the student’s interest and

guides the student along as he / she

learns the necessary programming

concepts.

CONTENTS

1. Programming Fundamentals 2. The

Basics of C—Math Functions, and

Input/Output 3. Beginning Decision

Making and Looping 4. Functions 5.

Numeric Arrays 6. File Input/Output,

Strings and Pointers 7. Structures and

Large Program Design 8. Introduction

to C++

International Edition

APPLIED C AN INTRODUCTION

AND MORE

by Alice Fischer and Stephen M Ross,

both of the University of New Haven

2000 / 1136 Pages

ISBN : 9780071184595

CONTENTS

I Introduction. Chapter 1. Computers

and Systems. Chapter 2. Programs and

Programming. Chapter 3. Fundamental

Concepts. II Computation. Chapter 4.

Writing Sentences in C. Chapter 5.

Using Functions and Libraries. Chapter

6. More Repetition and Decisions. III

Basic Data Types. Chapter 7. Integers

and Integer Operations. Chapter 8. Real

Numbers and Computation. Chapter 9.

Program Design. Chapter 10. An

Introduction to Arrays. Chapter 11.

Character Data and Enumerations.

Chapter 12. An Introduction to Pointers.

IV Structured Data Types. Chapter 13.

Strings. Chapter 14. Structured Types.

Chapter 15. Streams and Files. Chapter

16. Simple Array Algorithms Chapter 17.

Two Dimensional Arrays. Chapter 18.

Calculating with Bits. V Advanced

Techniques. Chapter 19. Dynamic

Arrays. Chapter 20. Working With

Pointers. Chapter 21. Recursion.

Chapter 22. Making Programs General.

Chapter 23. Modular Organization. VI

Appendix. / Appendix A: The ASCII

Code. / Appendix B: The Precedence

of Operators in C. / Appendix C: The

Tools Library. / Appendix D: A Simple

Makefile For the Tools Library. /

Appendix E: Advanced Aspects of C

Operators. / Appendix F: Glossary and

Alphabet Soup.

International Edition

C PROGRAMMING FOR

ENGINEERING AND

COMPUTER SCIENCE

(B.E.S.T. Series)

by H H Tan, Morrison Knudsen

Corporation, and T. B. D’Orazio

1999 / 600 Pages

ISBN : 9780071167888

[with 3.5” Disk]

CONTENTS

1. Computers and Computing

Fundamentals. 2. Getting Started with

C. 3. The Basics of C. 4. Beginning

Decision Making and Looping. 5.

Functions. 6. Arrays and Index

Variables. 7. Character Arrays and

Strings. 8. Pointers, Addresses, and

Special Variable Types. 9. Introduction

to C++

C++

OBJECT OREINTED

PROGRAMMING WITH C++

5th Edition

By E Balagurusamy, Chairman, EBG

Foundation, Coimbatore

2011 / 588 Pages

ISBN : 9780071072830

The book in its fifth edition continues to

maintain its simplicity and lucid

presentation of C++ concepts using

Object Oriented explanations. This

edition intends to present refreshed and

revived content to its readers with the

inclusion and enhanced coverage of

topics along with addition of new solved

programs and projects.The website

accompanying this edition is exhaustive.

FEATURES

• New topical inclusions – Recursion,

preprocessor, Virtual Constructors

and Destructors, Exceptions in

Constructors and Destructors

C • C++

Visit us at www.mhhe.com www.tatamcgrawhill.com 45

Exceptions in Operator Overloaded

Functions

• Extended coverage for Dynamic

Memory Management, Overloading,

Structure and Union, Storage

Classes, Abstract classes, Type

casting and RTTI

• Addition of two new projects –

Telephone Billing System (Major)

and Typing Tutor (Minor) to provide

hands-on approach

• Includes answers for Debugging

Exercises

• Provides an updated and refreshed

C++ Proficiency Test along with

answers based on technical

interview question pattern

• Revived and enriched pedagogy

includes

• 115 Programs

• 218 Review Questions

• 67 Debugging Exercises

• 90 Programming Exercises

CONTENTS

1. Principles of Object-Oriented

Programming 2. Beginning with C++ 3.

Tokens, Expressions and Control

Structures 4. Functions in C++ 5.

Classes and Objects 6. Constructors

and Destructors 7. Operator

Overloading and Type Conversions 8.

Inheritance: Extending Classes 9.

Pointers, Virtual Functions and

Polymorphism 10. Managing Console I/

O Operations 11. Working with Files 12.

Templates 13. Exception Handling 14.

Introduction to the Standard Template

Library 15. Manipulating Strings 16.

New Features of ANSI C++ Standard

17. Object-Oriented Systems

Development

PROGRAMMING WITH C++

3rd Edition

(Schaum’s Outline Series) (Special

Indian Edition)

by John R Hubbard., Professor,

Mathematics and Computer Science,

University of Richmond; Atul Kahate,

Head Technology Practice Oracle

Financial Services Ltd., (I-flex Solutions

Ltd.), Pune

2009 / 540 Pages

ISBN : 9780070144811

The book is intended to provide an

introduction to programming with C++.

In keeping with the basic approach of all

schaums series books, this book aims

to help the students develop their

problem solving skills. The plethora of

solved examples and practice questions

in the book enables the stiudents to get

a intutive grasp on the subject.

FEATURES

• Separate Chapters on Object

Oriented Programming, Strings and

File Handling.

• New topical coverage on Generic

classes and Programming,

Exception Handling, Dynamic

Memory Management,

Manipulators.

• Pedagogy

• 170 Solved examples

• 170 Review questions

• 336 Multiple-choice questions

• 206 Programming assignments

• 60 Coding errors exercises

CONTENTS

1. An Introduction to Object Technology

2. Key Object Orientation Concepts

and Elementary C++ Programming 3.

Fundamental Types 4. Decision Making

Statements 5. Looping Statements 6.

Functions 7. Arrays 8. Pointers and

References 9. C++ Strings 10. Classes

and Objects 11. Overloading Operators

12. Composition and Inheritance 13.

Templates, Iterators and Generics 14.

C++ File Handling

MASTERING C++

by K. R. Venugopal; Bangalore

University

1997 / 816 pages

ISBN : 9780074463547

Comprehensively written, this book

covers rigorously the OOPS‘ and OOAD

concepts and emphasises real-life

applications using C++.

FEATURES

• Clearly explains the language

constructs using syntax,

illustrations, code segments and

simple examples

• Important concepts of OOP such as

encapsulation, data abstraction,

inheritance, delegation,

polymorphism and streams

illustrated through well-designed

programming examples

• Exhaustively covers the topics

templates and exception handling

• Explains the OOP concepts and

their implementation in C ++ in

relevant chapters

• Caters to the needs of a wide range

of audience — C and non-C

programmers

• Includes over 400 programming

examples and 350 review questions

• An invaluable reference for

computer science and engineering,

B.Sc. computer science, MSc

computer science, MCA and

PGDCA students and computer

professionals.

CONTENTS

1. Object Oriented Paradigm 2. Moving

from C to C++ 3. C++ at a glance 4.

Data types, Operators and Expressions

5. Control flow 6. Arrays and Strings 7.

Modular Programming with Functions 8.

Structures and Unions 9. Pointers and

Runtime Binding 10. Classes and

Objects 11. Object Initialization and

Cleanup 12. Dynamic Objects 13.

Operator Overloading 14. Inheritance

15. Virtual Functions 16. Generic

Programming with templates 17.

C++

46 Visit us at www.mhhe.com www.tatamcgrawhill.com

Stream Computation with Console 18.

Exception Handling 19. OO Analysis,

Design and Development 20.

Appendices

PROBLEMS AND

SOLUTIONS IN C++

(Sigma Series)

by K. R. Venugopal; Professor &

Chairman ,Department of CSE

University Visvesvaraya College of

Engineering Bangalore University,

Bangalore; N. Chandrakant, Software

Engineer, AGILE Software Enterprise

Pvt. Ltd, Bangalore

2007 / 272 pages

ISBN : 9780070648210

This book presents solutions to more

than seven hundred fifty problems on

various features of the C++ language. It

challenges the students to test their

skills and knowledge of the C++

language.

FEATURES

• 755 solved problems to test C++

skills.

• Explanations accompany the

solutions to the problems.

• Helps the student build the concepts

of classes, structures, function

overloading, inheritance and

dynamic memory allocation through

problems and solutions.

• Quick reference of C++ concepts in

a separate chapter.

CONTENTS

1. Data Types, and Operators 2. Control

Flow 3. Arrays and Strings 4. Modular

Programming with Functions 5.

Structures and Unions 6. Pointers and

Runtime Binding 7. Classes and Objects

8. Dynamic Objects and Initialization 9.

Operator and Function Overloading 10.

Inheritance 11. Dynamic Memory

Allocation 12. Generic Program with

Templates 13. Streams Computation

with Console and Files 14. Preprocessor

15. General Problems 16. Frequently

Asked Questions 17. Quick Reference

C++: THE COMPLETE REFERENCE

4th Edition

by Herbert Schildt

2003 / 1068 pages

ISBN : 9780070532465

(Osborne Reprint)

CONTENTS

Part I: The Foundation of C++: The C

Subset 1. An overview of C 2.

Expressions 3. Statements 4. Arrays

and Null-Terminated Strings 5. Pointers

6. Functions 7. Structures, Unions,

Enumerators and User-Defined Types

8. C-Style Console I/O 9. File I/O 10.

The Preprocessor and Comments Part

II: C++ 11. An Overview of C++ 12.

Classes and Objects 13. Arrays,

Pointers, References and the Dynamic

Allocation Operators 14. Function

Overloading, Copy Constructors, and

Default Arguments 15. Operator

Overloading 16. Inheritance 17.Virtual

Functions and Polymorphism 18.

Templates 19. Exception Handling 20.

The C++ I/O System Basics 21.C++ File

I/O 22. Run-Time Type ID and the

Casting Operators 23. Namespaces,

Conversion Functions, and other

Advanced topics 24. Introducing the

Standard Template Library Part III: The

Standard Function Library 25. The CBased

I/O functions 26. The String and

Character Functions 27. The

Mathematical Functions 28. Time, Date

and Localization Functions 29. The

Dynamic Allocation Functions 30. Utility

Functions 31. The Wide-Character

Functions Part IV: The Standard C++

Class Library 32. The Standard C++ I/

O Classes 33. The STL Container

Classes 34. The STL Algorithms 35.

STL Iterators, Allocators and Function

Objects 36. The String Class 37. The

Numeric Classes 38. Exception

Handling and Miscellaneous Classes

Part V: Applying C++ 39. Integrating

New Classes: A Custom String Class

40. Parsing Expressions Appendixes:

Appendix A: The .NET Managed

Extensions to C++ Appendix B: C++ and

the Robotics Age Index

TEACH YOURSELF C++

by Herbert Schildt

1998 / 747 pages

ISBN : 9780074638705

(Osborne Reprint)

U.S. Edition

C++ : A BEGINNER’S GUIDE

2nd Edition

by Herbert Schildt

2004 / 576 Pages

ISBN : 9780072232158

(Osborne Title)

CONTENTS

Ch 1: C++ Fundamentals. Ch 2: Intro

ducing Data Types and Operators. Ch

3: Program Control Statements. Ch 4:

Ar rays, Strings, and Pointers. Ch 5:

Introducing Functions. Ch 6: A Closer

Look at Functions. Ch 7: More Data

Types and Operators. Ch 8: Classes and

Objects. Ch 9: A Closer Look at Classes.

Ch 10: Inheritance, Virtual Functions,

and Polymorphism. Ch 11: The C++ I/O

System. Ch 12: Exceptions, Templates,

and Other Advanced Topics. Appendix

A: The C++ Preprocessor. Appendix B:

The .NET Extended Keywords. Appendix

C: Working with an Older C++ Compiler

International Edition

C++ PROGRAMMING FOR

ENGINEERS AND SCIENTISTS

by Tim B. D’Orazio, San Francisco

State University

2004 / 976 Pages

ISBN : 9780071194532

D’Orazio’s C++ Programming for

Engineers and Scientists provides an

accessible introduction to programming

in C++. It teaches the C++ language

and object-oriented design to students

with no previous programming

C++

Visit us at www.mhhe.com www.tatamcgrawhill.com 47

experience. The focus is on developing

programs for solving a variety of

engineering and science problems.

Each chapter of the book is divided into

two parts - Lessons and Application

Examples. The Lessons teach C++

language elements and simple

programming techniques, and the

Application Programs teach engineering

program design. A step-by-step

methodology for program development

is presented early in the text and

reinforced throughout with the help of

the application examples and over thirty

engineering case studies.

FEATURES

• More than 30 engineering case

studies. These application examples

illustrate how to solve problems

from the fields of electrical

engineering, civil engineering,

mechanical engineering, and

engineering economics.

• Multi-level approach to get students

involved in reading and

understanding source code. Each

lesson uses a number of techniques

(code annotations, questions, topic

lists, and exercises) to get students

engaged in the code.

• Early introduction to debugging. At

the end of Chapter 2, students are

presented with a methodology for

finding bugs and developing their

first programs.

• Detailed description of tracing and

debugging loops. A method for

developing and checking the

reliability of both simple and

complex loops is included in several

chapters.

• Numerous figures. Figures are

generously used to illustrate many

of the difficult C++ concepts.

• Step-by-step methodology for

program development. Each of the

application examples illustrates a

structured approach to developing

programs.

• Simple, straightforward introduction

to the C++ standard template library.

The purpose of this coverage is to

give students the ability to use the

standard template library as soon as

possible. The terminology is not

intimidating so students can quickly

use the basic parts of the library.

• Numerical method examples. The

application examples include

illustrations of some fundamental

numerical methods and how to code

them.

• Modification exercises. These

exercises are good for courses with

a two-or three-hour lab. Students

can prepare for the lab by reading a

particular Application Example. If

they have done this, many of these

exercises can be done in a two- or

three-hour timeframe.

• Early introduction to classes and

objects. Classes and objects are

introduced in Chapter 3. However,

the text structure allows instructors

to postpone the coverage until after

Chapter 8 if so desired.

• Introduction to UML. Students are

presented with a description of the

basics of the UML and are shown

how to convert some UML diagrams

into C++ code.

CONTENTS

1. Computers and Computing

Fundamentals. 2. Getting Started -

Program Structure, Printing, and

Comments. 3. The Basics of C++ -

Variables, Arithmetic Operations, Math

Functions, Input/Output, Characters,

Objects, and Classes. 4. Decision

Making. 5. Loops. 6. Functions. 7. One-

Dimensional Numeric Arrays. 8. Multi-

Dimensional Numeric Arrays, Arrays as

Data Members, Arrays of Objects. 9.

Strings. 10. The C++ Sring Class. 11.

More About Classes, Objects, and

Object-Oriented Design. 12. Inheritance,

Virtual Functions, and Polymorphism.

13. Data Structures, Recursion, and

Other Topics. 14. Templates and the C++

Standard Template Library

PROGRAMMING IN C++

(Special Indian Edition)

by James P. Cohoon, University of

Virginia; Jack W. Davidson, University

of Virginia

2006 / 976 Pages

ISBN : 9780070634619

Programming in C++ covers the fun

damentals of programming and soft

ware development using C++. It adopts

an objects early approach to teaching

C++ and integrates the use of a

graphical API, called EzWindows.

FEATURES

• Comprehensive chapter on

debugging and testing.

• Classes are introduced early with a

gentle introduction to object-oriented

design in Chapter 1.

• A graphical Application Programmer

Interface (API) is used so that

beginning programmers can

develop interesting programs.

• 600 review questions help the

students revise and practice

concepts learnt.

CONTENTS

1. Computing and the Object-oriented

Design Methodology. 2. The

Fundamentals. 3. Modifying Objects. 4.

Control Constructs. 5. Function Basics.

6. Programmer-defined Functions. 7.

The Class Construct and Objectoriented

Design. 8. Implementing

Abstract Data Types. 9. Lists. 10. The

EzWindows API : A Detailed

Examination. 11. Pointers and Dynamic

Memory. 12. Testing and Debugging. 13.

Inheritance. 14. Templates and

Polymorphism. 15. Software Project –

Bug Hunt! Index.

C++

48 Visit us at www.mhhe.com www.tatamcgrawhill.com

INTRODUCTION TO OBJECT

ORIENTED PROGRAMMING AND

C++

(For DOEACC ‘A’ Level)

by ISRD Group, Lucknow

2006 / 550Pages

ISBN : 9780070616837

This book is designed for the course on

Object Oriented Programming and

C++ offered to students taking the

DOEACC’s ‘A’ level certificate

examination. The book will also be

useful to the Diploma students of

Computer Science who take a paper on

C++.

FEATURES

• Comprehensive coverage of Object

Oriented Programming.

• Programming Methodology

discussed thoroughly.

• Detailed discussion on Virtual

Functions and Templates.

• The last 5 Question papers of

DOEACC ‘A’ level examinations

included at the end of the book as

an appendix.

CONTENTS

1. Introduction to Object Oriented

Programming 2. Getting Started with

C++ 3. Data Types, Operators &

Expressions in C++ 4. Flow Control in

C++ 5. Console Input/Output

Operations 6. Programming

Methodology 7. Array: A Structured Data

Type 8. Functions and Header Files 9.

Structures and Unions 10. Classes and

Objects 11. Constructors and

Destructors 12. Overloading Functions

and Operators 13. Derived Classes and

Inheritance 14. Pointers in C++ 15.

Virtual Functions and Polymorphism 16.

File Organization and Streams 17.

Exception Handling 18. Class Libraries

and Data Structures in C++ 19.

Templates

International Edition

A C++ PRIMER FOR ENGINEERS AN

OBJECT-ORIENTED APPROACH

by Kumaraswamy Ponnambalam,

University of Waterloo; and Tivley

Algvindigve, Chief Software Engineer

for Engsoft

1997 / 293 Pages

ISBN : 9780071158077

[with 3.5”disk]

CONTENTS

1 Problem Solving Using Computers/2

C++ Programming Basics/3 Selections

and Repetitions/4 Functions to Aid

Modularity/5 Arrays for Grouping Data

of Same Type/6 Structures to Group

Data/7 Encapsulation of Data and

Functions in Classes/8 Inheritance to

Aid Reusability/9 Pointers to Aid

Efficient Implementation/10

Miscellaneous Topics/11 Java for C++

Programmers

60 TIPS ON OBJECT ORIENTED

PROGRAMMING

by S. G. Ganesh, Siemens

2007

ISBN : 9780070656703

International Edition

LEARNING C++

by Neill Graham

1991 / 304 pages

ISBN : 9780071008495

CONTENTS

1 Elements of C++. 2 Classes and

Objects. 3 Arrays, Pointers, and

References. 4 Operators and Friends.

5 Inheritance: Derived Classes. 6

Polymorphism: Virtual Functions. 7

Case Study: Event-Driven Simulation.

8 More about C++. Appendixes

BASIC ELECTRICAL

ENGINEERING

PRINCIPLES AND APPLICATIONS

OF ELECTRICAL ENGINEERING

5th Edition

(Special Indian Edition)

by Giorgio Rizzoni, The Ohio State

University

2010 / 694 Pages

ISBN : 9780071072496

Principles and Applications of Electrical

Engineering encompasses a

combination of analytical and

computational tools to present the

subject to those taking a course of

Basic Electrical Engineering. This book

is designed to impart interactive and

creative understanding. The content has

been categorized under Circuits,

Electronics and Electromechanics to

facilitate modular teaching and learning.

FEATURES

• Extensive use of practical and

interesting applications from all

areas of engineering to illustrate

principles

• Principles of electrical engineering

presented with a combination of

analytical and computational tools

• Pedagogy:

• Exercises: 731

• Solved Examples: 163

• Check your understanding

problems: 141

• Illustrations: 934

Contents

1. Introduction to Electrical Engineering

PART I CIRCUITS 2. Fundamentals of

Electric Circuits 3. Resistive Network

Analysis 4. AC Network Analysis 5.

Transient Analysis 6. Frequency

Response and System Concepts 7. AC

Power PART II ELECTRONICS 8.

Electronic Instrumentation and

Measurements PART III

ELECTROMECHANICS 9. Principles of

Electromechanics 10. Introduction to

Electric Machines 11. Special-Purpose

C++ • BASIC ELECTRICAL ENGINEERING

Visit us at www.mhhe.com www.tatamcgrawhill.com 49

Electric Machines / Appendices

Appendix A – Linear Algebra and

Complex Numbers / Appendix B – The

Laplace Transform / Appendix C –

Fundamentals of Engineering (FE)

Examination / Appendix D – Answers to

Selected Problems

BASIC ELECTRICAL ENGINEERING

3rd Edition

by D. P. Kothari, Vice Chancellor,

VIT University; I. J. Nagrath,

Birla Institute of Technology and

Science, Pilani

2009 / 682 pages

ISBN : 9780070146112

Basic Electrical Engineering, a hallmark

text by the renowned authors in the field

has already proved its potential. The

book has been revised extensively to

bring in several new topics to cover the

complete undergraduate syllabus on

Basic Electrical Engineering while taking

an account of the content as per current

technological development.

FEATURES

• New chapters on ‘Domestic Wiring’

and ‘Power System’.

• Rich pool of pedagogy of 785 solved

problems and students’ practice

problems needed by practicing

engineers.

• Exhaustive OLC

CONTENTS

1. Elementary concepts and definitions

2. Fundamentals of Resistive Circuits 3.

Fundamentals of Reactive Circuits 4.

Steady State Analysis for Sinusoidal

Excitation 5. Frequency Response 6.

Three-Phase Circuits 7. Magnetic

Circuits 8. Transformers 9. EMF and

Torque in Electric Machines 10. DC

Machines 11.Synchronous Machine 12.

Induction Motor 13. Fractional-kW

Motors 14. Measurement Techniques

and Electric and Electronic

Instrumentation 15. Power Systems 16.

Domestic Wiring

BASIC ELECTRICAL ENGINEERING

5th Edtion

by A E Fitzgerald, Deceased; David

Higginbotham, Deceased; Arvin

Grabel, Northeastern University

2009 / 956 Pages

ISBN: 9780070682566

Meant for the course on Basic Electrical

Engineering, this classic text provides a

comprehensive exposure to the subject.

Enriched with rich pedagogy, this book

is a useful tool for both students and

teachers alike.

FEATURES

• Excellent coverage on electrical

circuits

• A plethora of examples are included

to explain each concept as it is

introduced

• Includes chapters on

Semiconductor Devices, Signal

Processing and Electromechanical

Energy Conversion

CONTENTS

1. The Physical Foundations of Electric

Circuits 2. Circuit Analysis-Resistive

Networks 3. Sinusoidal Steady –state

Circuits Analysis 4. The Response of

Simple Networks 5. The Laplace

Transform 6. Frequency Response and

Representation of Systems 7. The

Physical Foundations of

Semiconductor Devices 8. Elementary

Amplifier Stages 9. Multistage

Amplifiers 10. Analog Signal

Processing 11. Processing Discrete

Signals 12. Digital Commputation 13.

Magnetic Circuits, Transformers, and

Three-phase Circuits 14.

Electromechanical Energy Conversion

15. Direct-current Machines 16.

Alternating-current Machines 17.

Control Systems and Solid-state Power

Processing

BASIC ELECTRICAL ENGINEERING

by Abhijit Chakrabarti, Bengal

Engineering and Science University,

West Bengal; Sudipta Nath, Netaji

Subhash Engineering College, West

Bengal; Chandan Kumar Chanda,

Bengal Engineering and Science

University, West Bengal

2008 / 1052 pages

ISBN : 9780070669307

This book on Basic Electrical

Engineering, meant for the

undergraduate students of all

disciplines, encompasses every detail

about the required topics in a lucid and

very student friendly manner. Wide

variety of problems with the right

theoretical depth makes this book a

perfect offering on the subject.

FEATURES

• Exhaustive coverage of Power

Transmission, Transformers and DC

Machines

• Step-by-step problem solving

methodology

• Quality illustrations to aid

understanding of the subject in

easier way

• Rich Pedagogy

• 774 Solved examples

• 359 Review questions

CONTENTS

1. Fundamentals 2. Electrostatics

3. Electro-magnetism and Magnetic

Circuts 4. DC Network Analysis 5.

Steady State Analysis of AC Circuit 6.

Network Analysis 7. Three -Phase

Circuits 8. Transformers 9. DC

Machines 10. Three -Phase Induction

Motors 11. Synchronous Machines 12.

Single- Phase Induction Motors 13.

Electrical Measuring Instruments 14.

Review Problems 15. Multiple Choice

Questions

BASIC ELECTRICAL ENGINEERING

50 Visit us at www.mhhe.com www.tatamcgrawhill.com

BASIC ELECTRICAL ENGINEERING

Revised First Edition

by D C Kulshreshtha, Professor of

Electronics and Communication

Engineering, Jaypee University of

Information Technology, Solan,

Himachal Pradesh

2011 / 904 Pages

ISBN : 9780071328968

Kulshreshtha’s Basic Electrical

Engineering provides and solid

overview of electrical engineering

principles geared for both electrical as

well as non-electrical engineering

students. With the liberal use of

practical illustrations and numerous

exercises, it offers an unparalleled

exposure to Electricity Fundamentals,

Network Theory, Electromagnetism,

Electric Machines, Transformers, and

Measuring Instruments.

FEATURES

• Covers entire spectrum of Basic

Electrical Engineering from the

fundamentals to measuring

instruments in a single volume.

• 16 Lab experiments included.

• Step-by-step and tutorial approach

for solved examples.

• Pedagogy:

• Solved examples: 540

• Review exercises: 530

• Objective type questions: 425

CONTENTS

1. Introduction 2. Ohm’s Law 3. Network

Analysis 4. Network Theorems 5.

Electromagnetism 6. Magnetic Circuits

7. Self and Mutual Inductances 8. DC

Transients 9. Alternating Voltage and

Current 10. AC Circuits 11. Resonance

in AC Circuits 12. Three Phase Circuits

and Systems 13. Transformers 14.

Alternators and Synchronous Motors 15.

Induction Motors 16. DC Machines 17.

Fractional Horsepower Motors 18.

Electrical Measuring Instruments 19.

Electrical Installation and Illumination

BASIC ELECTRICAL AND

ELECTRONICS ENGINEERING

by R. Muthusubramanian, SRM

Engineering College, SRM University,

Kancheepuram; S. Salivahanan,

Principal, SSN Engineering College,

Chennai; K. A. Muraleedharan,

Tandem Institute of Computer

Technology, Thiruananthpuram

2009 / 564 Pages

ISBN : 9780070146129

This book is written with the objective of

providing a single text covering the

syllabus on Basic Electrical and

Electronics Engineering offered to the

first year engineering students. Lucid

writing style, rich pedagogy and

exhaustive web supplement will prove to

be useful to students as well as

practioners.

FEATURES

• Includes material on Constatn

Voltage Transformer, Isolation

Transformer, Manufacturing Process

of Monolithic ICs, Display Devices,

Power Stability Equipment etc.

• Chapter on Communication

Systems covering Pulse Digital

Modulation, Microwave

Communication, Radar System,

ISDN, etc.

• Numerous solved examples and

review questions to test learning and

reinforce important concepts.

CONTENTS

1. Fundamentals of Electricity and DC

Circuits 2. Magnetic Circuits 3.

Electromagnetic Induction 4. AC

Fundamentals 5. Single Phase AC

Circuits 6. Electrical Machines 7.

Measuring Instruments 8. House Wiring

9. Transmission and Distribution of

Electrical Power 10. Passive Circuits

Components 11. Transducers 12.

Semiconductor Devices 13. Integrated

Circuits 14. Communication Systems

BASIC ELECTRICAL &

ELECTRONICS ENGINEERING

by Ravish R. Singh, Vice-Principal &

Head, Electronics and Telecomm Dept.,

Thakur College of Engineering &

Technology, Mumbai

2009 / 440 Pages

ISBN : 9780070146136

Basic Electrical & Electronics

Engineering is meant for the students of

all engineering disciplines who are to

take up the course in their first year. The

book will be useful to students pursuing

diploma courses in EEE and ECE. Lucid

writing style and rich pedagogy are the

USP of this book.

FEATURES

• Lucid writing style supported by

step-by-step solutions to all

problems!

• Questions from University Question

papers interspersed within the text

throughout!

• Rich pedagogy:

• Solved Problems: 289

• Practice Problems: 244

• Objective-type questions: 145

CONTENTS

1. Basic Circuit Concepts 2. DC

Circuits 3. AC Circuits 4. Three-Phase

Circuits 5. Single-Phase Transformer

6.Electrical Machines 7.

Semiconductor Devices and Rectifiers

BASIC ELECTRICAL ENGINEERING

3rd Edition

(Schaum’s Outline Series)

(Special Indian Edition)

by J. J. Cathey, Professor of Electrical

Engineering, University of Kentucky,

Lexington; S. A. Nasar, Professor of

Electrical Engineering, University of

Kentucky Adapted by: Prabhat Kumar,

Chairman, Department of Electronics

Engineering, Aligarh Muslim University,

Aligarh

2010 / 364 Pages

ISBN : 9780070681804

This Schaum’s Outline Series book on

Basic Electrical Engineering gives a

BASIC ELECTRICAL ENGINEERING

Visit us at www.mhhe.com www.tatamcgrawhill.com 51

complete overview of the subject.

Emphasis is placed on the basic laws,

theorems and problem-solving

approach. The revision has further

elaborated and enhanced the worth of

the book by including more solved

example and OTQs which has made

more examination oriented.

FEATURES

• Complete topical coverage of first

year paper on ‘Basic Electrical

Engineering’

• Elaborated topics like; Power

Transfer Theorem, Measurement of

Three Phase Power and Basic

Measurement Instrumentation as

per Indian examination pattern.

• Addition of Solved Problems from

university question papers

• Addition of 50 Solved Problems and

60 Objective Type Questions

• Rich pool of pedagogy of more than

700 solved problems and students’

practice problems given in the book.

CONTENTS

1. Circuit Elements and Laws 2.

Analysis of Resistive Circuits 3. AC

Circuits under Steady State 4. Transient

Circuit Analysis 5. Special Forcing

Functions and Laplace Transforms 6.

State-Variable Circuit Analysis 7. Diodes

8. Bipolar Junction Transistors 9. Field-

Effect Transistors 10. Operational

Amplifiers 11. Switching Logic Circuits

12. Digital Logic Applications 13.

Transformers 14. Electromechanics and

Electric Machines 15. Concepts of

Control Transfer Function 16. Block

Diagrams and Signal Flow Graphs 17.

Control Criteria and Response 18. Basic

Measuring Instruments

BASIC ELECTRICAL ENGINEERING

2nd Edition

by V N Mittle, Formerly Dean,

Administration & Prof, Dept. of Electrical

Engineering, Maulana Azad National

Institute of Technology, Bhopal; Arvind

Mittal, Asst. Professor, Dept. of

Electrical Engineering, Maulana Azad

National Institute of Technology, Bhopal

2005 / 828 Pages

ISBN : 9780070593572

FEATURES

• Transformers Discussed In Detail.

• Thoroughly Revised Chapters On

Single And Three-Phases Induction

Motors.

• New Chapter On:

• Three-Phase Alternator

• Electromechanical Energy

Conversion

• Testing Of DC Machines

• Pedagogy Includes:

• 877 Review Questions

• 344 Exercises Problems

• 220 Solved Problems

CONTENTS

PART-I FUNDAMENTALS OF

ELECTRICAL ENGINEERING 1. DC

Circuit 2. Electrostatics 3.

Electromagnetism 4. Magnetic Circuit 5.

Electromagnetic Induction 6.

Fundamentals of Alternating Current 7.

AC Series Circuit 8. AC Parallel Circuit

9. Three Phase Systems 10. Measuring

Instruments 11. Fundamentals of

Electrical Installation PART-II

TRANSFORMERS Chapter 12 Basic

Material Used In Electrical Machines

Chapter 13 Temperature Rise And

Ventilation In Electrical Machines

Chapter 14 Single Phase Transformers

Chapter 15 Three Phase Transformers

PART-III DC MACHINES Chapter 16

Electromechanical Energy Conversion

Chapter 17 Fundamentals of DC

Machines 18. DC Generators 19. DC

Motors 20. Testing of DC Machine

PART-IV 21. Three-Phase Alternators

22. Synchronous Motors 23. Three

Phase Induction Motors 24. Single

Phase Induction Motors

BASIC ELECTRICAL ENGINEERING

VOLUME 1

by P. S. Dhogal, Directorate of Training

and Technical Education

2001 / 270 Pages

ISBN : 9780074515860

CONTENTS

1. Introduction. 2. Wires, Cables and

General Electrical Accessories. 3.

Nature of Electricity and its

Fundamental Laws. 4. Work, Power and

Energy. 5. Chemical and Heating

Effects of Electric Current. 6.

Magnetism, Electromagnetism and

Electromagnetic Induction. 7. DC

Generators. 8. DC Motors. 9. Cells and

Batteries. 10. Wiring System. 11.

Single-Phase AC Circuits. 12. Poly-

Phase System.

BASIC ELECTRICAL ENGINEERING

VOLUME 2

by P. S. Dhogal, Directorate of Training

and Technical Education

2001 / 218 Pages

ISBN : 9780074515877

CONTENTS

1. Alternator. 2. Transformer. 3. Three-

Phase Induction Motors. 4. Synchronous

Motors. 5. Single-Phase Motors. 6.

Armature Winding. 7. Electrical

Measuring Instruments. 8. Illumination.

9. Automobile Electrical System. 10.

Fundamentals of Electronics. 11.

Conversion of AC to DC. 12.

Generation, Transmission and

distribution of Electricity.

BASIC ELECTRICAL ENGINEERING

52 Visit us at www.mhhe.com www.tatamcgrawhill.com

International Edition

FUNDAMENTALS OF

ELECTRICAL ENGINEERING

by Giorgio Rizzoni, Ohio State

University

2008 / 736 Pages

ISBN : 9780071299506

Rizzoni's Fundamentals of Electrical

Engineering provides a solid overview of

the electrical engineering discipline that

is especially geared toward the many

non-electrical engineering students who

take this course. The book was

developed to fit the growing trend of the

Intro to EE course morphing into a

briefer, less comprehensive course. The

hallmark feature of this text is its liberal

use of practical applications to illustrate

important principles. The applications

come from every field of engineering

and feature exciting technologies. The

appeal to non-engineering students are

the special features such as Focus on

Measurement sections, Focus on

Methodology sections, and Make the

Connections sidebars.

CONTENTS

1. Introduction to Electrical Engineering

2. Fundamentals of Electric Circuits

3. Resistive Network Analysis 4. AC

Network Analysis 5. Transient Analysis

6. Frequency Response and System

Concepts 7. AC Power 8. Operational

Amplifiers 9. Semiconductors and

Diodes 10. Bipolar Junction Transistors:

Operation, Circuit Models, and

Application 11. Field-Effect Transistors:

Operation, Circuit Models, and

Application 12. Digital Logic Circuits 13.

Principles of Electro-mechanics 14.

Introduction to Electric Machines /

Appendix A Linear Algebra and Complex

Numbers / Appendix B The Laplace

Transform /Appendix C Fundamentals

of Engineering (FE) Examination /

Appendix D Answers to Selected

Problems

International Edition

PRINCIPLES AND APPLICATIONS

OF ELECTRICAL ENGINEERING

5th Edition

by Giorgio Rizzoni, Ohio State

University

2007 / 1056 Pages

ISBN : 9780071254441

CONTENTS

1. Introduction to Electrical Engineering

Part I – Circuits 2. Fundamentals of

Electric Circuits 3. Resistive Network

Analysis 4. AC Network Analysis 5.

Transient Analysis 6. Frequency

Response and System Concepts 7. AC

Power Part II – Electronics 8.

Operational Amplifiers 9.

Semiconductors and Diodes 10. Bipolar

Junction Transistors: Operation, Circuit

Models, and Applications 11. Field-

Effect Transistors: Operation, Circuit

Models, and Applications 12. Power

Electronics 13. Digital Logic Circuits 14.

Digital Systems Part III–

Instrumentation and Comm-unication

Systems 15. Electronic Instrumentation

and Measurements 16. Analog

Communication Systems 17. Digital

Communications Part IV –

Electromechanics 18. Principles of

Electromechanics 19. Introduction to

Electric Machines 20. Special-Purpose

Electric Machines / Appendices

Appendix A – Linear Algebra and

Complex Numbers / Appendix B – The

Laplace Transform / Appendix C –

Fundamentals of Engineering (FE)

Examination / Appendix D – Answers to

Selected

INTRODUCTION TO ELECTRICAL

ENGINEERING

by Late M.S. Naidu, Indian Institute of

Science, Bangalore

2004 / 762 Pages

ISBN : 9780074622926

CONTENTS

1. Fundamental Concepts of Electricity

2. Electrostatic Fields 3. Batteries 4.

Electric Circuits with a DC Charge 5.

Magnetic Circuits 6. Magnetic Forces 7.

Introduction to Alternating Current and

EMF 8. Resistance, Inductance, and

Capacitance in a Single Phase AC

Circuits 9. AC Series and Parallel

Circuits containing more than one

element 10. Polyphase AC Circuits 11.

DC Generators 12. DC Motors 13.

Single Phase Transformer 14. Induction

Motors 15. Synchronous Machines 16.

Semiconductor Materials and Devices

17. Electrical and Electronic Measuring

Instruments

ENGINEERING

ECONOMICS

ENGINEERING ECONOMICS

4th Edition

by James Riggs, deceased; David

Bedworth, Arizona State University; and

Sabah Randhawa, Oregon State

University

2004 / 736 Pages

ISBN : 9780070586703

CONTENTS

1. Introduction to Engineering

Economics. 2. Time Value of Money. 3.

Present Worth Comparisons. 4.

Equivalent Annual Worth Contributions.

5. Rate of Return Calculations. 6.

Structural Analysis of Alternatives. 7.

Replacement Analysis. 8. Public

Projects. 9 Depreciation and Income Tax.

10. Effects of Inflation. 11. Sensitivity

Analysis. 12. Breakeven Analysis. 13.

Risk Analysis. 14. Multistage Sequential

Analysis. 15. Multiatribute Decision

Making. Appendixes

BASIC ELECTRICAL ENGINEERING • ENGINEERING ECONOMICS

Visit us at www.mhhe.com www.tatamcgrawhill.com 53

International Edition

ENGINEERING ECONOMY

6th Edition

by Leland T Blank, Texas A&M

University, and Anthony Tarquin,

University of Texas–El Paso

2006 / 741 Pages

ISBN : 9780071274500

Engineering Economy, 6th edition ,

provides undergraduate students and

practicing professionals with a solid

preparation in the financial

understanding of engineering problems

and projects, as well as the techniques

needed for evaluating and making

sound economic decisions. Information

on cost estimation, depreciation, and

taxes has been updated to conform to

new tax laws and a majority of the endof-

chapter problems are revised or new

to this edition. Distinguishing

pedagogical characteristics of this

market-leading text include its easy-toread

writing style, chapter objectives,

worked examples, integrated

spreadsheets, case studies,

Fundamentals of Engineering (FE)

exam questions, and numerous end-ofchapter

problems. Graphical crossreferencing

is indicated so users are

able to locate additional material on any

one subject in the text. Quick-solve (QSolv)

and Excel-solve (E-Solve) icons

found in the text indicate the difficulty of

a problem, example, or spreadsheet.

While the chapters are progressive,

over three-quarters can stand alone,

allowing instructors flexibility for meeting

course needs. A complete Online

Learning Center (OLC) offers

supplemental practice problems,

spreadsheet exercises, review

questions for the Fundamentals of

Engineering (FE) exam, and more!

NEW TO THIS EDITION

• Approximately 80% of the end-ofchapter

problems are either new or

revised for the 6th edition.

• Extensive use of pedagogy is used

throughout the book, including,

easy-to-read writing style, chapter

objectives, worked examples,

integrated spreadsheets, case

studies, FE exam problems and

quizzes, end-of-chapter problems,

cross-referencing, and icons.

FEATURES

• The text integrates spreadsheets in

the book and on the Online Learning

Center (Web site for the text).

• Case Studies and/or Extended

Exercises can be found in every

chapter of the text.

CONTENTS

Level 1 This is How It All Starts.

Chapter 1: Foundations of Engineering

Economy. Chapter 2: Factors: How Time

and Interest Affect Money. Chapter 3:

Combining Factors. Chapter 4: Nominal

and Effective Interest Rates. Level 2

Tools for Evaluating Alternatives.

Chapter 5: Present Worth Analysis.

Chapter 6: Annual Worth Analysis.

Chapter 7: Rate of Return Analysis:

Single Alternative. Chapter 8: Rate of

Return Analysis: Multiple Alternatives.

Chapter 9: Benefit/Cost Analysis and

Public Sector Economics. Chapter 10:

Making Choices: the Method, MARR,

and Multiple Attributes. Level 3 Making

Decisions on Real-World Projects.

Chapter 11: Replacement and

Retentions Decisions. Chapter 12:

Selection from Independent Projects

Under Budget Limitation. Chapter 13:

Breakeven Analysis. Level 4 Rounding

Out the Study. Chapter 14: Effects of

Inflation. Chapter 15: Cost Estimation

and Indirect Cost Allocation. Chapter 16:

Depreciation Methods. Chapter 17: After-

Tax Economic Analysis. Chapter 18:

Formalized Sensitivity Analysis and

Expected Value Decisions. Chapter 19:

More on Variation and Decision Making

Under Risk. Appendix A: Using

Spreadsheets and Microsoft Excel.

Appendix B: Basics of Accounting

Reports and Business Ratios. Appendix

C: Comparing Economic Alternatives

(from Gottfried’s, Spreadsheet Tools for

Engineers Using Excel). Bibliography.

Compund Interest Factor Tables. Index

International Edition

BASICS OF ENGINEERING

ECONOMY

by Leland T. Blank, American

University of Sharjah, UAE, and

Anthony J. Tarquin

2008 / 432 pages

ISBN : 9780071287623

This text covers the basic techniques

and applications of engineering

economy for all disciplines in the

engineering profession. The writing style

emphasizes brief, crisp coverage of the

principle or technique discussed in order

to reduce the time taken to present and

grasp the essentials. The objective of

the text is to explain and demonstrate

the principles and techniques of

engineering economic analysis as

applied in different fields of engineering.

This brief text includes coverage of

multiple attribute evaluation for

instructors who want to include noneconomic

dimensions in alternative

evaluation and the discussion of risk

considerations in the appendix,

compared to Blanks comprehensive

text, where these topics are discussed

in two unique chapters.

FEATURES

• Text integrates spreadsheets in the

book.

• End-of-chapter problems.

• Information on cost estimation,

depreciation and taxes has been

included.

• Extended Exercises can be found in

every chapter of the text.

CONTENT

Chapter 1: Foundations of Engineering

Economy Chapter 2: Factors: How Time

and Interest Effect Money Chapter 3:

Nominal and Effective Interest Rates

Chapter 4: Present Worth Analysis

Chapter 5: Annual Worth Analysis

Chapter 6: Rate of Return Analysis

Chapter 7: Benefit/Cost Analysis and

Public Sector Projects Chapter 8:

Breakeven, Sensitivity and Payback

Analysis Chapter 9: Replacement and

Retention Decisions Chapter 10: Effects

of Inflation Chapter 11: Estimating Costs

ENGINEERING ECONOMICS

54 Visit us at www.mhhe.com www.tatamcgrawhill.com

Chapter 12: Depreciation Methods

Chapter 13: After-Tax Economic Analysis

QUALITY CONTROL /

RELIABILITY ENGINEERING

TOTAL QUALITY MANAGEMENT

by Subburaj Ramaswamy; Centre for

Reliability Thiruvanmiyur

2008 / 576 Pages

ISBN : 9780070223974

CONTENTS

Section I - TQM Perspective : 1. TQM

Evolution 2. Quality Costs 3. Leadership

4. TQM Implementation Section II : TQM

Principles and Strategies 5. Customer

Satisfaction 6. Employee Involvement 7.

Process Approach 8. Continuous

Process Improvement 9. Supplier

Partnership 10. Performance Measures

Section III - Statistical Process Control

11. The Seven Quality Control Tools and

Introduction to Statistics 12. Control

Charts for Improving Process Capability

13. Six Sigma 14. Seven New

Management Tools Section IV - TQM

Tools 15. Business Process Benchmarking

(BPB) 16. Quality Function

Deployment (QFD) 17. Taguchi’s Robust

Design 18. Total Productive Maintenance

19. Failure Mode and Effects Analysis

(FMEA) Section V - Quality Systems

20. Quality System — ISO 9000

Standard 21. Environmental

Management System (EMS) - 14001 22.

Quality Awards, Review Questions,

References, Index.

Vijay Nicole Imprints Title

TOTAL QUALITY MANAGEMENT

by N. Srinivasan, Gupta; SKP Engg.

College, Tiruvannamalai

2005 / 224 Pages

ISBN : 9788182091115

Total Quality Management is an

effective tool to manage and lead

organisa-tions towards the path of

quality and excellence. This book deals

with the fundamental principles,

significance and implementation

techniques of quality management.

Comprehensive in its coverage, the

book targets undergraduate engineering

students of various universities.

FEATURES

• Chapter-end questions

• Two-mark questions and answers

• Numerous flow charts / block

diagrams for better understanding

• Case studies, chapter-end summary

• Instructor’s companion CD

CONTENTS

1. Introduction to Total Quality

Management 2. Customer Satisfaction

3. Statistical Process Control 4. TQM

Tools 5. Quality Systems

Vijay Nicole Imprints title

CALIBRATION PRINCIPLES

by Subburaj Ramasamy, Senior

Director and Head of the Electronics

Regional Test Laboratory, Mumbai

2009 / 264 pages

ISBN : 9788182092235

This book Calibration Principles

demystifies calibration philosophy and

principles. With more than a million

organisations certified by ISO 9000, a

large number of test and calibration

laboratories have mushroomed in the

recent years. It has thus become

imperative for students to understand

the basics of measurements and

calibration. It is an indispensable

practical guide to understand metrology,

calibration establishment and operation

of a calibration laboratory. It will be a

great tool to improve the quality of

products and services of an

organisation. The book will be a life-long

companion for Metrologists, Engineering

and Science students.

FEATURES

• Includes the topic “Uncertainty of

Measurements” with a number of

practical solved problems

• Covers new topics like specmanship

exhaustively and also infrastructural,

technical and quantity

requirements of a calibration

laboratory.

• Presents latest revision in ISO

17025, ISO 10012 and ISO 9000

• Pedagogy rich with numerous

illustrations and review questions

CONTENTS

1. Introduction 2. Selection of Measuring

and Test Equipment 3. Specmanship 4.

Infrastructural Requirements of a

Calibration Laboratory 5. Technical

Requirements of a Calibration Laboratory

6. Calibration Procedures 7. Uncertainty

of Measurements 8. Calibration Intervals

9. Calibration Requirements of ISO 9000

/ ISO 10012 Standards 10. Testing and

Calibration Laboratory Accreditation ?

ISO/IEC 17025 Standard 11. Proficiency

Testing

TOTAL QUALITY MANAGEMENT

by S M Sundararaju

2006 / 208 Pages

ISBN : 978074624524

Formulation and implementation of the

TQM policy is often a tough exercise

that the top management encounters in

business. This book presents broad

guidelines for implementing Total Quality

Management within the framework of a

dynamic and competitive environment.

CONTENTS

Introduction. TQM and Improvement

Processes Policy Promotions. Tools and

Techniques for Improvement.

Applications Thrust and Features.

ENGINEERING ECONOMICS • QUALITY CONTROL / RELIABILITY ENGINEERING

Visit us at www.mhhe.com www.tatamcgrawhill.com 55

Education and Training. Policy

Deployment Manual. TQM Policy and

Deployment Guidelines Case Studies.

AN INTRODUCTION TO RELIABILITY

AND MAINTAINABILITY

ENGINEERING

by Charles Ebeling; University of

Dayton

2000 / 504 Pages

ISBN : 9780070421387

CONTENTS

Preface Course software 1. Introduction

Part I: Basic reliability models 2. The

failure distribution 3. Constant failure rate

model 4. Time dependent failure models

5. Reliability of systems 6. Statedependent

systems 7. Physical reliability

models 8. Design for reliability 9.

Maintainability 10. Design for

maintainability 11. Availability Part II: The

analysis of failure data 12. Data

collection and empirical methods 13.

Reliability testing 14. Reliability growth

testing 15. Identifying failure and repair

distributions 16. Goodness of fit tests

Part III: Application 17. Reliability

estimation and application 18.

Implementation References • Appendix

• Index

QUALITY MANAGEMENT

3rd Edition

(Special Indian Edition)

by Howard Gitlow, University of Miami;

Alan Oppenheim, Montclair State

College; and Rosa Oppenheim,

Rutgers University

2008 / 767 Pages

ISBN : 9780070078062

Quality improvement is recognized as

an esnstrated that improved quality

raises profits, reduces costs, and

provides competitive advantage. Quality

Management, 3/e, text presents a

comprehensive approach to quality

improvement, including Dr. W. Edwards

Deming’s philosophy of quality,

productivity, and competitive position,

thorough coverage of process

improvement, Six Sigma, the DMAIC

model, and much more The text is

motivated by integrated quality

improvement stories, examples, and

mini-case studies to help students

better understand the application and

impact of Quality Management and

Improvement. The third edition includes

a major new section on quality

administration.

NEW TO THIS EDITION

• Six new chapters on general quality

administration are included in part 3.

This administration used a model for

framing the administration of

Quality.

• Expanded basic methods such as

process analysis, basic behavioral

tools, process design and

improvement. These topics will

provide a broader, more

comprehensive approach to quality

management.

• New coverage of Six Sigma,

‘dashboards’, blackbelts, greenbelts

and the current state of the art in

Quality management.

• A wealth of new examples from

industry are included, some in the

form of documented cases studies.

• Expanded coverage of the role of

experiments and product design in

quality management.

• Minitab tutorials and screen shots

have been thoroughly integrated

throughout the text with detailed

screenshots.

FEATURES

• Distinguishes between enumerative

statistical studies (studies whose

purpose is to take action on a

population) and analytical statistical

studies (studies of processes whose

purpose is to take actions that will

improve the process’s functioning.)

• Provides detailed quality

improvement stories (an effective

format for presenting and working

on statistical process improvement

efforts.)

• Have many examples and mini-case

studies to help students understand

and better appreciate the topics

covered and how they are applied in

business.

CONTENTS

Part One: Foundations of Quality

Management: 1. Fundamentals of

Quality. 2. Fundamentals of Statistical

Studies. 3. Defining and Documenting a

Process. Part Two: Tools and Methods

of Analytic Studies: 4. Basic Probability

and Statistics. 5. Stabilizing and

Improving a Process with Control Charts.

6. Attribute Control Charts. 7. Variables

Control Charts. 8. Out-Of-Control

Patterns. 9. Diagnosing a Process. 10.

Specifications. 11. Process Capability

and Improvement Studies. 12. Taguchi

Methods-Quality Improvement in

Product and Process Design. 13.

Inspection Policy. Part Three:

Administrative Systems for Quality

Management: 14. Management

Commitment to Transformation. 15.

Management’s Intellectual and

Emotional Education. 16. Daily

Management. 17. Cross Functional

Management. 18. Policy Management

(Hoshin Kanri). Part Four: Some

Current thinking About Statistical

Studies and Practice: 19. Some

Current thinking about Statistical Studies.

20. “Six Sigma” Management

RELIABILITY ENGINEERING

by E. Balagurusamy, Member UPSC

New Delhi

2002 / 320 pages

ISBN : 9780070483392

CONTENTS

• Basic Concepts of Reliability. • Design

for Reliability Constraints and

Considerations. • Reliability

Mathematics. • Component Reliability

and Hazard Models. • System Reliability

Models. • Redundancy Techniques in

System Design. • Maintainability and

Availability Concepts. • M-Order Systems

with Nonidentical Units. • M-Order

Systems with S-Dependent Units. •

Hierarchical Systems. • Economics of

Reliability Engineering. • Reliability

Management. • Appendices.

QUALITY CONTROL / RELIABILITY ENGINEERING

56 Visit us at www.mhhe.com www.tatamcgrawhill.com

RELIABILITY QUALITY

MANAGEMENT DEMYSTIFIED

by Sid Kemp; Quality Technology

and Institutions, LLC

2006 / 320 Pages

ISBN : 9780070634947

Quality Management Demystified

provides the basic terms, concepts, and

tools for defining, measuring, and

managing quality, from the earliest

efforts at quality assurance and quality

control, through Total Quality

Management, to the rise and possible

fall of Six Sigma.

FEATURES

• Defines the difference between

Quality Control and Quality

Assurance, and when to use which,

if necessary, or both.

• Details exactly how to bring quality

management to your company and

improve the bottom line.

• Explains how to handle the situation

when skeptical employees claim

that TQM is just a fad.

• Teaches root cause analysis for

applications in technical and

management problems. Uses

statistical tools (Pareto optimization

and statistical process control) to

support quality.

CONTENTS

Part 1: Managing Quality Chapter 1.

Quality Throughout History Chapter 2.

The Development of Quality

Management Chapter 3. Defining Quality

Chapter 4. Quality for the Customer Part

2: Quality Essentials hapter 5. Key

Quality Concepts Chapter 6. Defining,

Planning for, Controlling, Assuring, and

Delivering Quality Chapter 7. Leading a

Quality Team Chapter 8. Quality

Engineering Chapter 9. Auditing Quality

Chapter 10. Statistics for Quality Part

Three: Quality Movements Chapter 11.

Total Quality Management Chapter 12.

Quality Standards—ISO 9000 and More

Chapter 13. Six Sigma Chapter 14. The

Cost of Quality Chapter 15. The

Capability for Quality: CMM and CMMI

Chapter 16. Steady Improvement in

Japan: Gemba Kaizen for Lean (JIT)

Manufacturing Part Four: Practical

Quality Management Chapter 17.

Challenges and Leadership Chapter 18.

Practical Quality for Projects and

Programs Chapter 19. Global Quality in

the 21st Century Final Exam Answers to

Quiz, Mid-Term Exam, and Final Exam

Questions List of Acronyms and

Glossary / Resources for Learning Index

STATISTICAL QUALITY CONTROL

7th Edition

by Eugene Grant, Stanford University;

and Richard Leavenworth, University

of Florida

2000 / 764 Pages

ISBN : 9780070435551

CONTENTS

1. Introduction and Overview. 2.

Directions for Simple X and R Charts. 3.

Why the Control Chart Works; Some

Statistical Concepts. 4. Why the Control

Chart Works; Some Examples. 5. Some

Fundamentals of The Theory of

Probability. 6. The Control Chart for

Fraction Rejected. 7. The Control Chart

for Noncon-formities. 8. Rational

Subgrouping. 9. Statistical Analysis of

Process Capability and for Process

Improve-ment. 10. Some Special

Process Control Procedures. 11. Some

Fundamental Concepts in Scientific

Sampling. 12. An AQL System for Lotby-

Lot Acceptance Sampling by

Attributes. 13. Other Procedures for

Acceptance Sampling by Attributes. 14.

Systems for Acceptance Sampling from

Continuous Production. 15. Systems for

Acceptance Sampling by Variables. 16

Some Aspects of Life Testing and

Reliability. 17. Some Economic Aspects

of Quality Decisions. 18. Some

Significant Events in the Development

of Statistical Quality Control. 19. Models

for Quality Management and Problem

Solving. 20. Demonstrating the

Operation of Systems of Chance

Causes. • Appendixes

JURAN’S QUALITY PLANNING

AND ANALYSIS

5th Edition

by Frank M. Gryna (deceased),

Joseph A. DeFeo and Richard C.H.

Chua, juran Institute, Inc.

2007 / 752 Pages

ISBN : 9780070618480

NEW TO THIS EDITION

• Recent developments such as Six

Sigma, Lean Manufacturing, Value

Stream Management, Mass

Customization; and the author’s

adaptation and application of the

Critical Incident Technique to

capture Customer Needs have been

included in the 51e.

• 20 chapters are organized into four

major parts: Part I: Foundation; Part

II: Managerial Concepts; Part Ill:

Functional Applications; Part IV:

Statistical Techniques.

• New examples and exercises

expanded to include: medical

devices, pharmaceuticals, food,

service sector and software industry

• The texts provides an in-depth

treatment of Six Sigma, both Six

Sigma Improvement (DMAIC) and

Design for Six Sigma (DMADV),

which reference both manufacturing

and transactional service

environments.

• Examples of Six Sigma projects and

presentations are showcased.

• On-line data sets and software tools

such as Excel and Minitab. The

Minitab software has been

incorporated into all of the statistical

technique chapters.

• Includes 250/o new figures.

• Integration of ASQ style exam

questions throughout chapters and

updated in Appendix

• Updated references and

supplementary readings listed at the

end of each chapter.

• A detailed “Roadmap for Change” is

provided in the introduction, which is

a chapter taken from the best-selling

book, “Juran Institute’s Six Sigma

Breakthrough and Beyond” by

Joseph A. DeFeo and Dr. William

W. Barnard.

QUALITY CONTROL / RELIABILITY ENGINEERING

Visit us at www.mhhe.com www.tatamcgrawhill.com 57

• A fuller treatment of Hypothesis

Testing has been provided. This

includes the provisions of a

hypothesis testing roadmap to guide

students on the choice of statistical

tests.

CONTENTS

Introduction: A Roadmap for Change.

Pan I: Foundation: 1. Basic Concepts.

2. Companywide Assessment of Quality.

3. Quality Improvement and Cost Reduc

tion. 4. Operational Quality Planning and

Sales Income. 5. Quality Control. Pan

II: Managerial Concepts: 6. Process

Management. 7. Organization for Quality.

8.Strategic Quality Management. 9.

Developing a Quality Culture. Part Ill:

Func tional Applications: io.

Understanding Customer Needs. t 1.

Designing for Qual ity. t2. Supply Chain

Management. t3. Operations-

Manufacturing Sector. 14. Operations-

Service Sector. 15. Inspec tion, Test, and

Measurement. 16. Qual ity Assurance

Audits. Part IV: Statistical Techniques:

17. Basic Concepts of Statistics and

Probability. 18. Statistical Tools for

Analyzing Data. 19. Statistical Tools for

Designing for Quality. 20. Statistical

Process Control. Appendix I:

Supplementary Problems Using Minitab.

Appendix II: Study Guide Examples.

Appendix Ill: Tables

ENGINEERING ETHICS

ETHICS IN ENGINEERING

3rd Edition

by Mike Martin, Chapman University

2003 / 462 Pages

ISBN : 9780070540736

CONTENTS

1. Scope and Aims of Engineering Ethics

2. Moral Reasoning and Ethical Theories

3. Engineering as Social

Experimentation 4. The Engineer’s

Responsibility for Safety 5.

Responsibilities to Employers 6. Rights

of Engineers 7. Global Issues 8.

Engineers as Managers, Consultants,

and Leaders Sample Codes • Indexes

INTRODUCTION TO

ENGINEERING ETHICS

2nd Edition

by Mike Martin, Chapman University,

and Roland Schinzinger (deceased)

2010 / 288 Pages

ISBN : 9780071267908 [IE]

Introduction to Engineering Ethics

provides the background for discussion

of the basic issues in engineering

ethics. Emphasis is given to the moral

problems engineers face in the

corporate setting. It places those issues

within a philosophical framework, and it

seeks to exhibit their social importance

and intellectual challenge. The primary

goal is to stimulate critical and

responsible reflection on moral issues

surrounding engineering practice and to

provide the conceptual tools necessary

for pursuing those issues. Students

preparing to function within the

engineering profession need to be

introduced to the basic issues in

engineering ethics.

NEW TO THIS EDITION

• The book has expanded from 6 to

10 chapters, with increased

coverage given to moral reasoning

and codes of ethics, personal

commitments in engineering,

environmental ethics, honesty and

research integrity, the philosophy of

technology, peace engineering, and

computer science.

• The inclusion of new case studies

such as global warming and

Hurricane Katrina.

CONTENTS

1. Ethics and Professionalism 2. Moral

Reasoning and Codes of Ethics 3.

Moral Frameworks 4. Engineering as

Social Experimentation 5. Commitment

to Safety 6. Workplace esponsibilities

and Rights 7. Truth and Truthfulness 8.

Computer Ethics 9. Environmental

Ethics 10. Global Justice. Appendix:

NSPE Code of Ethics

GENERAL ENGINEERING

International Edition

ENGINEERING FUNDAMENTALS

AND PROBLEM SOLVING

5th Edition

by Arvid R. Eide. Iowa State University,

Roland, Jenison, Iowa State University,

Larry L. Northup, Iowa State

University, and Steven Mickelson, Iowa

State University

2008 / 480 Pages

ISBN : 9780071101905

The fifth edition of Engineering

Fundamentals & Problem Solving is

written to motivate engineering students

during their first year. Students will

develop the skills in solving open-ended

problems, this text will provide students

with experience in solving problems in

SI and customary units while presenting

solutions in a logical manner. Eide

introduces students to subject areas

that are common to engineering

disciplines that require the application of

fundamental engineering concepts.

FEATURES

• Shows engineering students what

engineering is and what it's like to

become an engineer. Deals with

problems that students would be

expecting to see within an

engineering curriculmn.

• Updated to include coverage of

bioengineering, nanotechnology,

and engineering materials.

• Focus on assessment.

• Updated to include a discussion of

workplace competencies, key

actions, and self-assessment to

help prepare students for the

workplace and to help develop

learning portfolios.

QUALITY CONTROL / RELIABILITY ENGINEERING • ENGINEERING ETHICS • GENERAL ENGINEERING

58 Visit us at www.mhhe.com www.tatamcgrawhill.com

CONTENTS

1. The Engineering Profession 2.

Engineering Design--A Process 3.

Engineering Solutions 4. Representation

of Technical Information 5. Engineering

Estimations and Approximations

International Edition

ENGINEERING DESIGN

4th Editon

by George Dieter, University of

Maryland-College Park and

Linda C Schmidt, University of

Maryland-College Park

2008 / 832 Pages

ISBN : 9780071263412

Dieter’s Engineering Design 4/e

represents a major update of this

classic textbook for senior design

courses. As in previous editions,

Engineering Design provides a broader

overview of topics than most design

texts and ontains much more

prescriptive guidance on how to carry

out design. Dieter focuses on material

selection as well as how to implement

the design process. Engineering Design

provides the senior mechanical

engineering students with a realistic

understanding of the design process. It

is written from the viewpoint that design

is the central activity of the engineering

profession, and it is more concerned

with developing attitudes and

approaches than in presenting design

techniques and tools.

FEATURES

• Separate chapters on problem

definition, concept generation and

evaluation, the embodiment process

and detail design.

• References to outside literature.

• Covers the developing attitudes and

approaches to engineering design.

CONTENTS

1. The Engineering Design Process

2. The Product Development Process 3.

Problem Definition and Need

Identification 4. Team Behavior and Tools

5. Gathering Information 6. Concept

Generation 7. Concept Selection and

Decision Making 8. Embodiment Design

9. Detail Design 10. Modeling and

Simulation 11. Materials Selection and

Materials Engineering 12. Design for

Manufacturing 13. Risk, Reliability, and

Safety 14. Robust and Quality Design

15. Economic Decision Making 16. Cost

Evaluation 17. Legal and Ethical Issues

in Engineering Design / Appendices

U. S. Edition

CONCEPTS IN ENGINEERING

2nd Edition

by Mark T. Holtzapple, Texas A & M

University, W. Dan Reece, Texas A & M

University

2008 / 304 pages

ISBN : 9780073191621

The second edition of Holtzapple and

Reece’s widely popular text, Concepts

in Engineering, introduces fundamental

engineering concepts to freshman

engineering students. Its central focus is

to positively motivate students for the

rest of their egineering education, as

well as their future engineering. Due to

the book’s concise, yet comprehensive

coverage, it can be used in a wide

variety of introductory courses. Text is

for students who are not sure if they

want to be engineers and the book

almost acts as a ""hook"". Holtzapple's

approach is different than Eide's text

which expects students to go into

engineering.

FEATURES

• Focuses on problem solving. A

consistent method of problem

solving is integrated into the book.

• Emphasizes design by including a

design project.

• Excites students about engineering

through providing interesting

problems and focusing on the

creative process of being an

engineer.

• Focuses on the fundamentals and

includes information that students

are unlikely to find elsewhere. This

text focuses on basic informationsuch

as grammatical rules for the SI

system and graphing rules- that

starts engineering students off with

just the right amount of ""hard""

content.

CONTENTS

1. Preparing to Be an Engineer 2. The

Engineer 3. Engineering Ethics 4.

Problem Solving 5. Introduction to

Design 6. Engineering Communications

7. Numbers 8. Tables and Graphs 9. SI

System of Units 10. Unit Conversions /

Appendices / Topic Index / Biographical

Index

International Edition

HUMAN FACTORS IN

ENGINEERING AND DESIGN

7th Edition

by Mark S. Sanders, California State

University, Northridge; and Ernest J.

McCormick, Deceased

1993 / 704 Pages

ISBN : 9780071128261

CONTENTS

Part I • Introduction. Part II • Information

Input. Part III•Human Output and

Control. Part IV•Workplace Design. Part

V • Environmental Conditions. Part VI •

Human Factors Applications.

Appendixes

GENERAL ENGINEERING

Visit us at www.mhhe.com www.tatamcgrawhill.com 59

International Edition

POCKET BOOK OF TECHNICAL

WRITING FOR ENGINEERS &

SCIENTISTS

3rd Edition

by Leo Finkelstein, Wright State

University-Dayton

2008 / 400 pages

ISBN : 9780071259255

The focus of this text is to teach

engineering students the skill of

technical writing. The book is unique in

that it gets to the point, uses practical

outlines throughout, and shows students

how to produce the most common

technical documents step-by-step, in a

manner that is funand interesting to

students. With ABET increasing the

emphasis on technical writing, this

affordable, straightforward, easytounderstand

text with flexible coverage,

would be a perfect fit for your technical

writing course. Each chapter has an end

of chapter critique, which allows

students to implement what they have

learned in the chapter. This is new!

FEATURES

• New chapter on Business

Communications.

• Updated information in the

Electronic Publishing chapter.

• Updated grammar chapter with new

exercises; a new section on

punctuation errors, including a

useful table on punctuation.

• Exercises that encourage students

to apply what they've learned in a

chapter, along with the chapter's

checklist, to critique an example

document.

• Added discussion of equations and

formulas, including examples, and

added discussion of Gantt charts,

including illustrations, in the Visuals

chapter.

• Updated examples of technical

documents, touching on a broad

range of engineering disciples and

interest.

• Updated Visuals chapter along with

new exercises.

CONTENTS

1. Introduction 2. Ethical Considerations

3. Technical Definition 4. Descriptions of

a Mechanism 5. Descriptions of a

Process 6. Proposals 7. Progress

Reports 8. Feasibility and

Recommendation Reports 9. Laboratory

and Project Reports 10. Instructions and

Manuals 11. Research Reports 12.

Abstracts and Summaries 13. Grammar,

Style, and Punctuation 14.

Documentation 15. Visuals 16.

Electronic Publishing 17. Presentations

and Briefings 18. Business

Communications 19. Resumes, Cover

Letters, and Interviews 20. Team Writing

/ Index

GENERAL ENGINEERING

60 Visit us at www.mhhe.com www.tatamcgrawhill.com

INDEX

A

Agarwal : Introduction To Engineering

Materials ...................................................................... 35

Agrawal : Engineering Drawing ........................................ 16

B

Baisnab : Probability And Statistics ................................... 3

Balagurusamy : Computing Fundamentals

And C Programming .................................................... 38

Balagurusamy : Fundamentals Of Computers ............... 37

Balagurusamy : Numerical Methods ................................. 9

Balagurusamy : Programming In Ansi C

6th Edition .................................................................... 41

Balagurusamy : Reliability Engineering .......................... 55

Barber : Intermediate Mechanics Of Materials ................ 36

Baruh : Analytical Dynamics ............................................. 31

Beer : Mechanics For Engineers:

Dynamics 5th Edition .................................................. 30

Beer : Mechanics For Engineers:

Statics 5th Edition ........................................................ 30

Beer : Mechanics Of Materials

5th Edition (Si Units), (Special Indian Edition) ........... 31

Beer : Statics And Mechanics Of Materials ...................... 34

Beer : Vector Mechanics For Engineers

Dynamics 9th Edition .................................................. 28

Beer : Vector Mechanics For Engineers:

Statics, (Si Units) ......................................................... 26

Beer : Vector Mechanics For Engineers:

Statics 9th Edition ........................................................ 27

Beer : Vector Mechanics For Engineers:

Statics And Dynamic ................................................... 26

Beer : Vector Mechanics For Engineers:

Dynamics, (Si Units) .................................................... 27

Beiser : Concepts Of Modern Physics

6th Edition (Special Indian Edition) ............................ 14

Bertoline : Fundamentals Of Graphics

Communication 6th Edition ......................................... 18

Bertoline : Introduction To Graphics

Communications For Engine ...................................... 17

Bertoline : Technical Graphics Communication

3rd Edition .................................................................... 19

Bertoline : Technical Graphics Communications

4th Edition .................................................................... 19

Blank : Basics Of Engineering Economy ......................... 53

Blank : Engineering Economy 6th Edition ....................... 53

Boundy : Enginering Drawing 7th Edition ........................ 20

Bronson : Schaum’s Outline Of Operations

Research 2nd Edition .................................................. 11

Budynas : Advanced Strength And

Applied Stress Analysis 2nd ........................................ 35

C

Canter : Environmental Impact

Assessment 2nd Edition ............................................. 24

Cathey : Basic Electrical Engineering 3rd Edition

(SOS) (SlE) .................................................................. 50

Chakrabarti : Basic Electrical Engineering ..................... 49

Chapra : Applied Numerical Methods

With Matlab 3rd Edition ................................................. 8

Chapra : Applied Numerical Methods with MATLAB:

For Engineers and Scientists, 3rd Edition .................... 6

Chapra : Numerical Methods For Engineers

5th Edition (Special Indioan Edition) ............................ 7

Chapra : Numerical Methods For Engineers,

6th Edition ...................................................................... 7

Charles : A Concise Labotaroy Manual

On Engineering Physics .............................................. 14

Chawla : A Textbook Of Environmental Studies .............. 21

Cheng : C For Engineers And Scientists ......................... 43

Cheng : Statics And Strength Of

Materials 2nd Edition ................................................... 35

Cohoon : Programming In C++

(Special Indian Edition) ............................................... 47

Conte : Elementary Numerical Analysis:

An Algorithmic Approach ............................................... 9

Crandall : An Introduction To Mechanics

Of Solids 3rd Edition ................................................... 32

Cunningham : Principles Of Environmental

Science: Inquiry And A ................................................ 22

AUTHOR INDEX

Visit us at www.mhhe.com www.tatamcgrawhill.com 61

Curtin : Information Technology:

The Breaking Wave ..................................................... 41

D

Das : Statistical Methods

(Combined Edition) ........................................................ 4

Das : Statistical Methods (Volume 1) ................................. 4

Das : Statistical Methods (Volume 2) ................................. 5

Davis : Introduction To Environmental

Engineering 4th Edition ............................................... 21

Davis : Principles Of Environmental

Engineering & Science ................................................ 22

Dhogal : Basic Electrical Engineering Volume 1 ............. 51

Dhogal : Basic Electrical Engineering Volume 2 ............. 51

Dieter : Engineering Design 4th Editon ............................ 58

D’orazio : C++ Programming For

Engineers And Scientists ............................................ 46

Dubey : Engineering Mechanics 1st Edition .................... 24

E

Ebeling : An Introduction To Reliability

And Maintainability ...................................................... 55

Eide : Engineering Fundamentals And

Problem Solving 5th Edition ........................................ 57

F

Finkelstein : Pocket Book Of Technical

Writing For Engineers & S .......................................... 59

Fischer : Applied C An Introduction And More ................ 44

Fitzgerald : Basic Electrical Engineering ........................ 49

Ford : Design For Electrical And

Computer Engineers ................................................... 18

G

Ganesh : 60 Tips On Object Oriented

Programming ............................................................... 48

Gibilisco : Mastering Technical Mathematics

3rd Edition ...................................................................... 2

Gitlow : Quality Management

3rd Edition (Special Indian Edition) ............................ 55

Gottfried : Programming With C

3rd Edition (Schaums Outlines Series) ...................... 41

Graham : Learning C++ .................................................... 48

Grant : Statistical Quality Control ..................................... 56

Gryna : Juran’s Quality Planning And

Analysis 5th Edition ..................................................... 56

H

Henkel : Structures And Properties

Of Engineering Materials ............................................. 36

Hillier : Introduction To Operations

Research 9th Edition ................................................... 10

Hillier : Introduction To Operations

Research: Concepts And ............................................ 10

Holtzapple : Concepts In

Engineering 2nd Edition .............................................. 58

Howard : Introduction To Solid Modeling

Using Solidworks 20 .................................................... 17

Hsu : Theory And Problems Of

Probability, Random Variabl .......................................... 5

Hubbard : Programming With C++

3rd Edition (Schaum’s Outline) ................................... 45

I

Isrd Group : Introduction To Object Oriented

Programming And C+ .................................................. 48

Isrd Group : Programming And Problem

Solving Using C Language .......................................... 42

Iyer : Operations Research (Sigma Series) ..................... 10

J

Jackson : Schaum’s Outline Of Statics

And Strength Of Materi ................................................ 36

Jensen : Engineering Drawing And Design

7th Edition .................................................................... 20

Jolhe : Engineering Drawing:

An Introduction To Autocad ......................................... 16

Joseph : Environmental Studies 2nd Edition ................... 21

Joshi : Engineering Physics 1st Edition .......................... 13

AUTHOR INDEX

62 Visit us at www.mhhe.com www.tatamcgrawhill.com

K

Kazimi : Solid Mechanics Revised 1st Edition ................ 36

Kelley : Pro Engineer-wildfire

Instructor 5th Edition ................................................... 19

Kemp : Reliability Quality Management

Demystified .................................................................. 56

Kiely : Environmental Engineering

(Special Indian Edition) ............................................... 22

Kothari : Basic Electrical Engineering ............................. 49

Kulshreshtha : Basic Electrical Engineering .................. 50

Kumar : Engineering Mechanics 4th Edition ................... 30

Kuriacose : Chemistry In Engineering

And Technology Volume 1........................................... 15

Kuriacose : Chemistry In Engineering

And Technology Volume 2........................................... 15

Kutner : Applied Linear Regression

Models 4th Edition ....................................................... 12

Kutner : Applied Linear Statistical

Models 5th Edition ....................................................... 11

L

Lagrega : Hazardous Waste Management

2nd Edition ................................................................... 24

Leon : Fundamentals Of Computers

& C Programming ........................................................ 40

Leon : Fundamentals Of Computing

C Programming & Ms Offic ......................................... 40

Lipschutz : Probability 2nd Edition

(Schaum’s Outline Series) ............................................ 3

M

Malik : Engineering Physics ............................................. 13

Martin : Ethics In Engineering 3rd Edition ....................... 57

Martin : Introduction To Engineering

Ethics 2nd Edition ........................................................ 57

Mclean : Schaum’s Outline Of

Engineering Mechanic 5th Edition .............................. 31

Milton : Introduction To Probability

And Statistics Principle .................................................. 2

Mittle : Basic Electrical

Engineering 2nd Edition .............................................. 51

Mood : Introduction To The Theory

Of Statistics 3rd Edition ................................................. 4

Murthy : Structure And Properties Of

Engineering Materials .................................................. 34

Muthusubramanian : Basic Electrical And

Electronics Engineering .............................................. 50

N

Naidu : Introduction To Electrical Engineering ................ 52

Narula : Material Science ................................................. 34

Nash : Strength Of Materials

5th Edition (Special Indian Edition) ............................ 32

Navidi : Principles Of Statistics

For Engineers And Scientist ......................................... 5

Navidi : Statistics For Engineers And

Scientists 3rd Edition ..................................................... 5

Negi : Strength Of Materials

(Sigma Series) ............................................................. 33

Nelson : Engineering Mechanics ..................................... 29

Nelson : Engineering Mechanics

Statics (Schaum’s Outline) .......................................... 25

Nelson : Engineering Mechanics:

Dynamics (Schaum’s Outline) .................................... 25

Norton : Introduction To Computers

7th Edition (SIE) .......................................................... 37

Nelson : Peter Norton’s Computing

Fundamentals 6th Edition ........................................... 39

P

Palanna : Engineering Chemistry ..................................... 15

Patt : Introduction To Computing Systems

From Bits And Ga ........................................................ 38

Peavy : Environmental Engineering ................................. 23

Plesha : Engineering Mechanics: Dynamics ................... 28

Plesha : Engineering Mechanics: Statics ......................... 26

Ponnambalam : A C++ Primer For

Engineers An Object-oriented Approach .................... 48

R

Rajendran : Engineering Physics ..................................... 14

AUTHOR INDEX

Visit us at www.mhhe.com www.tatamcgrawhill.com 63

Ramana : Higher Engineering

Mathematics .................................................................. 1

Ramanathan : Operations Research ............................... 11

Ramasamy : Calibration Principles .................................. 54

Ramaswamy : Total Quality Management ....................... 54

Rattan : Strength Of Materials 2nd Edition ...................... 31

Riggs : Engineering Economics 4th Edition .................... 52

Rizzoni : Fundamentals Of

Electrical Engineering ................................................. 52

Rizzoni : Principles And

Applications Of Electrical Engineer ............................ 52

Rizzoni : Principles And Applications

Of Electrical Engineer ................................................. 48

Rout : Cimple C Is Simple ................................................ 43

Rubin : Introduction To Engineering And

The Environment ......................................................... 23

Sanders : Human Factors In Engineering

And Design 7th Editio .................................................. 58

Santha : Engineering Mathematics III ................................ 1

Sarkar : Strength Of Materials .......................................... 33

Sawyer : Chemistry For Environmental

Engineering And Scienc .............................................. 23

Scheid : Numerical Analysis

(Schaum’s Outline Series) (SIE) ................................... 8

Schildt : C++ A Beginner’s Guide 2nd Edition ................. 46

Schildt : C++: The Complete Reference ......................... 46

Schildt : C++: The Complete Reference 4th Edition ....... 46

Schildt : C: The Complete Reference .............................. 43

Schildt : Teach Yourself C++ ............................................ 46

Selvi : Test Your Skills In C 2nd Edition ........................... 42

Singh : Basic Electrical & Electronics

Engineering .................................................................. 50

Singh : Engineering Mathematics

A Tutorial Approach ....................................................... 1

Sivakumar : A Concise Laboratory Manual

On Engineering Chemist ............................................. 16

Sivakumar : Engineering Chemistry ................................ 15

Sivakumar : Introduction To Environment

Science & Engineering ................................................ 21

Sivasankar : Engineering Chemistry ............................... 14

Smith : Foundations Of Materials Science

And Engineering ..................................................... 5, 36

Smith : Materials Science And Engineering

4th Edition (SIE) .......................................................... 35

Spiegel : Probability And Statistics

3rd Edition (Special Indian Edition) .............................. 2

Smith : Statistics 4th Edition

(Schaum’s Outline Series) ............................................ 3

Srinath : Advanced Mechanics

Of Solids 3rd Edition ................................................... 32

Srinivasan : Engineering Materials And

Metallurgy 2nd Edition ................................................. 36

Srinivasan : Total Quality Management ........................... 54

Stephens : Engineering Statistics Demystified ................. 6

Sundararaju : Total Quality Management ........................ 54

T

Tan : C Programming For Engineering

And Computer Science ............................................... 44

Tan : C Programming: A Concise

Q&A Approach 2nd Edition ......................................... 44

Taxali : Taxali Computer Course ...................................... 38

Timoshenko : Engineering Mechanics

Revised 4th Edition (SIE) ............................................ 29

U

Ugural : Mechanics Of Materials ...................................... 33

V

Veerarajan : Numerical Methods

(Sigma Series) ............................................................... 9

Venugopal : Mastering C .................................................. 42

Venugopal : Mastering C++ ............................................. 45

Venugopal : Problems And

Solutions In C++ (Sigma Series) ................................ 46

Vijaya : Material Science .................................................. 34

W

Williams : MCQS In Computer Science

4th Edition .................................................................... 39

AUTHOR INDEX

64 Visit us at www.mhhe.com www.tatamcgrawhill.com

TITLE INDEX

INDEX

60 Tips On Object Oriented

Programming : Ganesh .............................................. 48

A

A C++ Primer For Engineers An

Object-oriented Appr : Ponnambalam ....................... 48

A Concise Laboratory Manual On Engineering

Chemist : Sivakumar .................................................. 16

A Concise Labotaroy Manual On

Engineering Physics : Charles ................................... 14

A Textbook Of Environmental Studies : Chawla .............. 21

Advanced Mechanics Of

Solids 3rd Edition : Srinath ........................................ 32

Advanced Strength And Applied

Stress Analysis 2nd : Budynas .................................. 35

An Introduction To Mechanics Of

Solids 3rd Edition : Crandall ...................................... 32

An Introduction To Reliability And

Maintainability : Ebeling ............................................. 55

Analytical Dynamics : Baruh ............................................. 31

Applied C An Introduction And More : Fischer ................ 44

Applied Linear Regression

Models 4th Edition : Kutner ........................................ 12

Applied Linear Statistical

Models 5th Edition : Kutner ........................................ 11

Applied Numerical Methods With

Matlab 3rd Edition : Chapra.......................................... 8

Applied Numerical Methods with MATLAB: For

Engineers and Scientists, 3rd Edition : Chapra .......... 6

B

Basic Electrical & Electronics

Engineering : Singh .................................................... 50

Basic Electrical And Electronics

Engineering : Muthusubramanian ............................ 50

Basic Electrical Engineering : Chakrabarti ...................... 49

Basic Electrical Engineering : Fitzgerald ......................... 49

Basic Electrical Engineering : Kothari ............................. 49

Basic Electrical Engineering : Kulshreshtha ................... 50

Basic Electrical Engineering

2nd Edition : Mittle ...................................................... 51

Basic Electrical Engineering 3rd Edition

(Schaum’s Outline Series)

(Special Indian Edition) : Cathey ................................ 50

Basic Electrical Engineering Volume 1 : Dhogal ............. 51

Basic Electrical Engineering Volume 2 : Dhogal ............. 51

Basics Of Engineering Economy : Blank ......................... 53

C

C For Engineers And Scientists : Cheng ......................... 43

C Programming For Engineering And

Computer Science : Tan ............................................. 44

C Programming: A Concise Q&A

Approach 2nd Edition : Tan ........................................ 44

C: The Complete Reference : Schildt .............................. 43

C++ A Beginner’s Guide 2nd Edition : Schildt ................. 46

C++ Programming For Engineers

And Scientists : D’orazio ............................................ 46

C++: The Complete Reference : Schildt .......................... 46

C++: The Complete Reference

4th Edition : Schildt .................................................... 46

Calibration Principles : Ramasamy .................................. 54

Chemistry For Environmental

Engineering And Scienc : Sawyer .............................. 23

Chemistry In Engineering And

Technology Volume 1 : Kuriacose ............................. 15

Chemistry In Engineering And

Technology Volume 2 : Kuriacose ............................. 15

Cimple C Is Simple : Rout ................................................ 43

Computing Fundamentals And C

Programming : Balagurusamy................................... 38

Concepts In Engineering

2nd Edition : Holtzapple ............................................. 58

Concepts Of Modern Physics 6th Edition

(Special Indian Edition) : Beiser ................................ 14

D

Design For Electrical And Computer

Engineers : Ford ......................................................... 18

Visit us at www.mhhe.com www.tatamcgrawhill.com 65

TITLE INDEX

E

Elementary Numerical Analysis: An Algorithmic

Approach : Conte .......................................................... 9

Engineering Chemistry : Palanna ..................................... 15

Engineering Chemistry : Sivakumar ................................ 15

Engineering Chemistry : Sivasankar ............................... 14

Engineering Design 4th Editon : Dieter ............................ 58

Engineering Drawing : Agrawal ........................................ 16

Engineering Drawing And Design

7th Edition : Jensen .................................................... 20

Engineering Drawing:An Introduction

To Autocad : Jolhe ...................................................... 16

Engineering Economics 4th Edition : Riggs .................... 52

Engineering Economy 6th Edition : Blank ....................... 53

Engineering Fundamentals And Problem

Solving 5th Edition : Eide ........................................... 57

Engineering Materials And Metallurgy

2nd Edition : Srinivasan ............................................. 36

Engineering Mathematics A Tutorial

Approach : Singh .......................................................... 1

Engineering Mathematics III : Santha ................................ 1

Engineering Mechanics : Nelson ...................................... 29

Engineering Mechanics 1st Edition : Dubey .................... 24

Engineering Mechanics 4th Edition : Kumar.................... 30

Engineering Mechanics Revised

4th Edition (Speical : Timoshenko ............................ 29

Engineering Mechanics Statics

(Schaum’s Outline) : Nelson ...................................... 25

Engineering Mechanics: Dynamics : Plesha ................... 28

Engineering Mechanics: Dynamics

(Schaum’s Outline) : Nelson ...................................... 25

Engineering Mechanics Statics : Plesha .......................... 26

Engineering Physics : Malik .............................................. 13

Engineering Physics : Rajendran ..................................... 14

Engineering Physics 1st Edition : Joshi ........................... 13

Engineering Statistics Demystified : Stephens .................. 6

Enginering Drawing 7th Edition : Boundy ........................ 20

Environmental Engineering : Peavy.................................. 23

Environmental Engineering

(Special Indian Edition) : Kiely ................................... 22

Environmental Impact Assessment

2nd Edition : Canter .................................................... 24

Environmental Studies 2nd Edition : Joseph ................... 21

Ethics In Engineering 3rd Edition : Martin ....................... 57

F

Foundations Of Materials Science And Engineering : Smith

5, 36

Fundamentals Of Computers : Balagurusamy ............... 37

Fundamentals Of Computers &

C Programming : Leon ............................................... 40

Fundamentals Of Computing C

Programming & Ms Offic : Leon ................................. 40

Fundamentals Of Electrical

Engineering : Rizzoni ................................................. 52

Fundamentals Of Graphics Communication

6th Edition : Bertoline ................................................. 18

H

Hazardous Waste Management

2nd Edition : Lagrega ................................................. 24

Higher Engineering Mathematics : Ramana ...................... 1

Human Factors In Engineering And

Design 7th Editio : Sanders ....................................... 58

I

Information Technology:

The Breaking Wave : Curtin ....................................... 41

Intermediate Mechanics Of

Materials : Barber ....................................................... 36

Introduction To Computers

7th Edition (SIE) : Norton ........................................... 37

Introduction To Computing

Systems From Bits And Ga : Patt .............................. 38

Introduction To Electrical

Engineering : Naidu .................................................... 52

Introduction To Engineering And

The Environment : Rubin ........................................... 23

Introduction To Engineering Ethics

2nd Edition : Martin .................................................... 57

Introduction To Engineering

Materials : Agarwal ..................................................... 35

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Introduction To Environment Science

& Engineering : Sivakumar ........................................ 21

Introduction To Environmental Engineering

4th Edition : Davis ....................................................... 21

Introduction To Graphics Communications

For Engine : Bertoline ................................................ 17

Introduction To Object Oriented Programming

And C+ : Isrd Group ................................................... 48

Introduction To Operations Research

9th Edition : Hillier ...................................................... 10

Introduction To Operations Research:

Concepts And : Hillier ................................................. 10

Introduction To Probability And

Statistics Princip : Milton .............................................. 2

Introduction To Solid Modeling

Using Solidworks 20 : Howard ................................... 17

Introduction To The Theory Of

Statistics 3rd Edition : Mood ........................................ 4

J

Juran’s Quality Planning And Analysis

5th Edition : Gryna ...................................................... 56

L

Learning C++ : Graham .................................................... 48

M

Mastering C : Venugopal .................................................. 42

Mastering C++ : Venugopal .............................................. 45

Mastering Technical Mathematics

3rd Edition : Gibilisco ................................................... 2

Material Science : Narula .................................................. 34

Material Science : Vijaya ................................................... 34

Materials Science And Engineering

4th Edition (Spe : Smith .............................................. 35

Mcqs In Computer Science

4th Edition : Williams ................................................. 39

Mechanics For Engineers:

Dynamics 5th Edition : Beer ....................................... 30

Mechanics For Engineers: Statics 5th Edition : Beer ...... 30

Mechanics Of Materials : Ugural ...................................... 33

Mechanics Of Materials 5th Edition

(Si Units), (Special Indian Edition) : Beer .................. 31

N

Numerical Analysis (Schaum’s Outline Series)

(SIE) : Scheid ................................................................ 8

Numerical Methods : Balagurusamy ................................. 9

Numerical Methods (Sigma Series) : Veerarajan .............. 9

Numerical Methods For Engineers

5th Edition (Special Indioan Edition) : Chapra ............ 7

Numerical Methods For

Engineers, 6th Edition : Chapra ................................... 7

O

Operations Research : Ramanathan ............................... 11

Operations Research (Sigma Series) : Iyer ..................... 10

P

Peter Norton’s Computing Fundamentals

6th Edition : Nelson .................................................... 39

Pocket Book Of Technical Writing

For Engineers & S : Finkelstein ................................ 59

Principles And Applications Of

Electrical Engineer : Rizzoni ...................................... 52

Principles And Applications Of

Electrical Engineer : Rizzoni ...................................... 48

Principles Of Environmental Engineering

& Science : Davis ........................................................ 22

Principles Of Environmental Science:

Inquiry And A : Cunningham ...................................... 22

Principles Of Statistics For Engineers

And Scientist : Navidi ................................................... 5

Pro Engineer-wildfire Instructor

5th Edition : Kelley ...................................................... 19

Probability 2nd Edition

(Schaum’s Outline Series) : Lipschutz ........................ 3

Probability And Statistics : Baisnab ................................... 3

Probability And Statistics

3rd Edition (Special In : Spiegel ................................... 2

Problems And Solutions In

C++ (Sigma Series) : Venugopal ............................... 46

TITLE INDEX

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Programming And Problem Solving Using

C Language : Isrd Group ........................................... 42

Programming In Ansi

C 6th Edition : Balagurusamy ................................... 41

Programming In C++

(Special Indian Edition) : Cohoon .............................. 47

Programming With C 3rd Edition

(Schaums Outlines Series) : Gottfried ...................... 41

Programming With C++

3rd Edition (Schaum’s Outline) : Hubbard ................ 45

Q

Quality Management 3rd Edition

(Special Indian Edition) : Gitlow ................................. 55

R

Reliability Engineering : Balagurusamy .......................... 55

Reliability Quality Management

Demystified : Kemp..................................................... 56

S

Schaum’s Outline Of Engineering

Mechanic 5th Edition : Mclean ................................... 31

Schaum’s Outline Of Operations

Research 2nd Edition : Bronson ............................... 11

Schaum’s Outline Of Statics And

Strength Of Materi : Jackson ..................................... 36

Solid Mechanics Revised 1st Edition : Kazimi ................ 36

Statics And Mechanics Of Materials : Beer ...................... 34

Statics And Strength Of

Materials 2nd Edition : Cheng .................................... 35

Statistical Methods

(Combined Edition) : Das .............................................. 4

Statistical Methods (Volume 1) : Das .................................. 4

Statistical Methods (Volume 2) : Das .................................. 5

Statistical Quality Control : Grant ..................................... 56

Statistics 4th Edition

(Schaum’s Outline Series) ( : Smith ............................ 3

Statistics For Engineers And

Scientists 3rd Editio : Navidi ........................................ 5

TITLE INDEX

Strength Of Materials : Sarkar .......................................... 33

Strength Of Materials

(Sigma Series) : Negi .................................................. 33

Strength Of Materials

2nd Edition : Rattan .................................................... 31

Strength Of Materials 5th Edition

(Special Indian Edition) : Nash ................................... 32

Structure And Properties Of

Engineering Materials : Murthy .................................. 34

Structures And Properties Of

Engineering Materials : Henkel .................................. 36

T

Taxali Computer Course : Taxali ....................................... 38

Teach Yourself C++ : Schildt ............................................ 46

Technical Graphics Communication

3rd Edition : Bertoline ................................................ 19

Technical Graphics Communications

4th Edition : Bertoline ................................................. 19

Test Your Skills In C 2nd Edition : Selvi ........................... 42

Theory And Problems Of Probability,

Random Variabl : Hsu ................................................... 5

Total Quality Management : Ramaswamy ....................... 54

Total Quality Management : Srinivasan ........................... 54

Total Quality Management : Sundararaju ........................ 54

V

Vector Mechanics For Engineers

Dynamics 9th Edition : Beer ....................................... 28

Vector Mechanics For Engineers:

Dynamics, (Si Units) : Beer ........................................ 27

Vector Mechanics For Engineers:

Statics 9th Edition : Beer ............................................ 27

Vector Mechanics For Engineers:

Statics And Dynamic : Beer ........................................ 26

Vector Mechanics For Engineers:

Statics, (Si Units) : Beer ............................................. 26

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CORE ENGINEERING

SUBJECT INDEX

ENGINEERING MATHEMATICS ............................................................................................................................................. 1

PROBABILITY & STATISTICS................................................................................................................................................. 2

NUMERICAL METHODS ......................................................................................................................................................... 3

OPERATIONS RESEARCH ................................................................................................................................................... 10

ENGINEERING PHYSICS ...................................................................................................................................................... 13

MODERN PHYSICS ............................................................................................................................................................... 14

ENGINEERING CHEMISTRY ................................................................................................................................................ 14

ENGINEERING DRAWING .................................................................................................................................................... 16

ENVIRONMENTAL ENGINEERING ...................................................................................................................................... 21

ENGINEERING MECHANICS ................................................................................................................................................ 24

STATICS .................................................................................................................................................................................. 26

DYNAMICS ............................................................................................................................................................................. 27

STRENGTH OF MATERIALS ................................................................................................................................................ 31

COMPUTER SCIENCE INTRODUCTORY ............................................................................................................................. 37

C .............................................................................................................................................................................................. 41

C++ .......................................................................................................................................................................................... 44

BASIC ELECTRICAL ENGINEERING .................................................................................................................................. 48

ENGINEERING ECONOMICS ............................................................................................................................................... 52

QUALITY CONTROL / RELIABILITY ENGINEERING .......................................................................................................... 54

ENGINEERING ETHICS ........................................................................................................................................................ 57

GENERAL ENGINEERING .................................................................................................................................................... 57

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