C for Engineers and Scientists 4th Edition by Gary J Bronson ISBN 1133187846 9781133187844

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ISBN 10: 1133187846 
ISBN 13: 9781133187844
Author: Gary J Bronson

Introduce the power and practicality of C programming to your entry-level engineering students with Bronson’s C FOR ENGINEERS AND SCIENTISTS, 4E. This proven, pragmatic text is designed specifically for today’s first- and second-year engineering and science students with a wealth of new applications and examples taken from real situations involving electrical and structural engineering, fluid mechanics, mathematics, power generation, and heat transfer challenges. The book starts with a solid foundation in procedural programming before moving into a reorganized, clear presentation of object-oriented concepts. Dynamic case studies, career spotlights and engineering-driven applications showcase the relevance of concepts students are learning to their careers. Helpful tips demonstrate how to avoid common C programming errors, while updates ensure that students are learning the most recent C code standards.

C for Engineers and Scientists 4th Table of contents:

PART I: FUNDAMENTALS OF C++ PROGRAMMING

• ch 1: preliminaries

  • 1.1 preliminary one: unit analysis

  • exercises 1.1

  • 1.2 preliminary two: exponential and scientific notations

  • exercises 1.2

  • 1.3 preliminary three: software development

  • exercises 1.3

  • 1.4 preliminary four: algorithms

  • exercises 1.4

  • 1.5 a closer look: software, hardware, and computer storage

  • 1.6 common programming errors

  • 1.7 chapter summary

• ch 2: problem solving using c++

  • 2.1 introduction to c++

  • exercises 2.1

  • 2.2 programming style

  • exercises 2.2

  • 2.3 data types

  • exercises 2.3

  • 2.4 arithmetic operations

  • exercises 2.4

  • 2.5 variables and declaration statements

  • exercises 2.5

  • 2.6 a case study: radar speed traps

  • exercises 2.6

  • 2.7 common programming errors

  • 2.8 chapter summary

• ch 3: assignment, formatting, and interactive input

  • 3.1 assignment operations

  • exercises 3.1

  • 3.2 formatting numbers for program output

  • exercises 3.2

  • 3.3 using mathematical library functions

  • exercises 3.3

  • 3.4 program input using cin

  • exercises 3.4

  • 3.5 symbolic constants

  • exercises 3.5

  • 3.6 a case study: acid rain

  • exercises 3.6

  • 3.7 a closer look: programming errors

  • 3.8 common programming errors

  • 3.9 chapter summary

• ch 4: selection structures

  • 4.1 selection criteria

  • exercises 4.1

  • 4.2 the if-else statement

  • exercises 4.2

  • 4.3 nested if statements

  • exercises 4.3

  • 4.4 the switch statement

  • exercises 4.4

  • 4.5 a case study: solving quadratic equations

  • exercises 4.5

  • 4.6 a closer look: program testing

  • 4.7 common programming errors

  • 4.8 chapter summary

• ch 5: repetition statements

  • 5.1 basic loop structures

  • exercises 5.1

  • 5.2 while loops

  • exercises 5.2

  • 5.3 interactive while loops

  • exercises 5.3

  • 5.4 for loops

  • exercises 5.4

  • 5.5 a closer look: loop programming techniques

  • exercises 5.5

  • 5.6 nested loops

  • exercises 5.6

  • 5.7 do while loops

  • exercises 5.7

  • 5.8 common programming errors

  • 5.9 chapter summary

• ch 6: modularity using functions

  • 6.1 function and parameter declarations

  • exercises 6.1

  • 6.2 returning a single value

  • exercises 6.2

  • 6.3 returning multiple values

  • exercises 6.3

  • 6.4 a case study: rectangular to polar coordinate conversion

  • exercises 6.4

  • 6.5 variable scope

  • exercises 6.5

  • 6.6 variable storage categories

  • exercises 6.6

  • 6.7 common programming errors

  • 6.8 chapter summary

• ch 7: arrays

  • 7.1 one-dimensional arrays

  • exercises 7.1

  • 7.2 array initialization

  • exercises 7.2

  • 7.3 declaring and processing two-dimensional arrays

  • exercises 7.3

  • 7.4 arrays as arguments

  • exercises 7.4

  • 7.5 case studies

  • exercises 7.5

  • 7.6 the standard template library (stl)

  • exercises 7.6

  • 7.7 a closer look: searching and sorting

  • 7.8 common programming errors

  • 7.9 chapter summary

• ch 8: i/o streams and data files

  • 8.1 i/o file stream objects and functions

  • exercises 8.1

  • 8.2 reading and writing character-based files

  • exercises 8.2

  • 8.3 random file access

  • exercises 8.3

  • 8.4 file streams as function arguments

  • exercises 8.4

  • 8.5 a case study: pollen count file update

  • exercises 8.5

  • 8.6 a closer look: the iostream class library

  • 8.7 common programming errors

  • 8.8 chapter summary

• ch 9: completing the basics

  • 9.1 exception handling

  • exercises 9.1

  • 9.2 exceptions and file checking

  • exercises 9.2

  • 9.3 the string class

  • exercises 9.3

  • 9.4 character manipulation functions

  • exercises 9.4

  • 9.5 input data validation

  • exercises 9.5

  • 9.6 a closer look: namespaces and creating a personal library

  • exercises 9.6

  • 9.7 common programming errors

  • 9.8 chapter summary

• ch 10: pointers

  • 10.1 addresses and pointers

  • exercises 10.1

  • 10.2 array names as pointers

  • exercises 10.2

  • 10.3 pointer arithmetic

  • exercises 10.3

  • 10.4 passing addresses

  • exercises 10.4

  • 10.5 common programming errors

  • 10.6 chapter summary

PART II: OBJECT-ORIENTED PROGRAMMING

• ch 11: introduction to classes

  • 11.1 classes

  • exercises 11.1

  • 11.2 basic class functions

  • exercises 11.2

  • 11.3 adding class functions

  • exercises 11.3

  • 11.4 a case study: constructing a date class

  • exercises 11.4

  • 11.5 a closer look: uml class and object diagrams

  • exercises 11.5

  • 11.6 common programming errors

  • 11.7 chapter summary

• ch 12: adding functionality to your classes

  • 12.1 providing class i/o capabilities

  • exercises 12.1

  • 12.2 providing class conversion capabilities

  • exercises 12.2

  • 12.3 class scope and duration categories

  • exercises 12.3

  • 12.4 class inheritance and polymorphism

  • exercises 12.4

  • 12.5 virtual functions

  • exercises 12.5

  • 12.6 common programming errors

  • 12.7 chapter summary

PART III: ADDITIONAL TOPICS

• ch 13: structures

  • 13.1 single structures

  • exercises 13.1

  • 13.2 arrays of structures

  • exercises 13.2

  • 13.3 structures as function arguments

  • exercises 13.3

  • 13.4 linked lists

  • exercises 13.4

  • 13.5 dynamic data structure allocation

  • exercises 13.5

  • 13.6 unions

  • exercises 13.6

  • 13.7 common programming errors

  • 13.8 chapter summary

• ch 14: numerical methods

  • 14.1 introduction to root finding

  • exercises 14.1

  • 14.2 the bisection method

  • exercises 14.2

  • 14.3 refinements to the bisection method

  • exercises 14.3

  • 14.4 the secant method

  • exercises 14.4

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