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Numerical Methods for Engineers Author's

By: Chapra, Steven CContributor(s): Canale, Raymond PMaterial type: Text

TextLanguage: Eng. Publication details: New Delhi. : McGraw Hill Education , 2012Edition: 6th edDescription: xvii ; 968 p. PAPER BACK 23cmISBN: 9781259027444Subject(s): MathematicsDDC classification: 511.02462

Contents:

CONTENTS: Preface Guided Tours About the authors 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 Epilogue: part one Part 2: Roots of equations 5. Bracketing methods 6. Open methods 7. Roots of polynomials 8. Case studies: roots of equations Epilogue: part two 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 Epilogue: part three Part 4: Optimization 13. One-dimensional unconstrained optimizations 14. Multidimensional unconstrained optimization 15. Constrained optimization 16. Case studies: optimization Epilogue: part four Part 5: Curve fitting 17. Least-squares regression 18. Interpolation 19. Fourier Approximation 20. Case studies: curve fitting Epilogue: part five Part 6: Numerical differentiation and integration 21. Newton-cotes integration formula 22. Integration of equations 23. Numerical differentiation 24. Case studies: Numerical integration and differentiation Epilogue: part six 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 Epilogue: part seven Part 8: Partial differential equations 29. Finite difference: elliptical equations 30. Finite difference: parabolic equations 31. Finite-element method 32. Case studies: partial differential equations Epilogue: pert eight Appendix A,B,C Bibliography Index

Summary: Numerical methods, numerical.

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Holdings
Item type	Current library	Home library	Collection	Call number	Copy number	Status	Notes	Barcode
Reference	ADBU Azara Campus Library Reference	ADBU Azara Campus Library Reference	Reference	511.02462 CHA (Browse shelf(Opens below))	1	Not For Loan	Placed in Reference stack.	13915
Books	ADBU Azara Campus Library General Stacks	ADBU Azara Campus Library General Stacks	Non-fiction	511.02462 CHA (Browse shelf(Opens below))	2	Available	Placed in Mechanical stacks.	13916
Books	ADBU Azara Campus Library General Stacks	ADBU Azara Campus Library General Stacks	Non-fiction	511.02462 CHA (Browse shelf(Opens below))	3	Available	Placed in Mechanical stacks.	13917
Books	ADBU Azara Campus Library General Stacks	ADBU Azara Campus Library General Stacks	Non-fiction	511.02462 CHA (Browse shelf(Opens below))	4	Available	Placed in Mechanical stacks.	13918
Books	ADBU Azara Campus Library General Stacks	ADBU Azara Campus Library General Stacks	Non-fiction	511.02462 CHA (Browse shelf(Opens below))	5	Available	Placed in Mechanical stacks.	13919
Books	ADBU Azara Campus Library General Stacks	ADBU Azara Campus Library General Stacks	Non-fiction	511.02462 CHA (Browse shelf(Opens below))	6	Available	Placed in Mechanical stacks.	14159

Mathematics

CONTENTS:
Preface
Guided Tours
About the authors

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
Epilogue: part one

Part 2: Roots of equations
5. Bracketing methods
6. Open methods
7. Roots of polynomials
8. Case studies: roots of equations
Epilogue: part two

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
Epilogue: part three

Part 4: Optimization
13. One-dimensional unconstrained optimizations
14. Multidimensional unconstrained optimization
15. Constrained optimization
16. Case studies: optimization
Epilogue: part four

Part 5: Curve fitting
17. Least-squares regression
18. Interpolation
19. Fourier Approximation
20. Case studies: curve fitting
Epilogue: part five

Part 6: Numerical differentiation and integration
21. Newton-cotes integration formula
22. Integration of equations
23. Numerical differentiation
24. Case studies: Numerical integration and differentiation
Epilogue: part six

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
Epilogue: part seven

Part 8: Partial differential equations
29. Finite difference: elliptical equations
30. Finite difference: parabolic equations
31. Finite-element method
32. Case studies: partial differential equations
Epilogue: pert eight

Appendix A,B,C
Bibliography
Index

Numerical methods, numerical.

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