3 Review(s)

Numerical methods are powerful problem-solving tools. Techniques of these methods are capable of handling large systems of equations, nonlinearities and complicated geometries in engineering practice which are impossible to be solved analytically. Numerical methods can solve the real world problem using the C program given in this book. This well-written text explores the basic concepts of numerical methods and gives computational algorithms, flow charts and programs for solving nonlinear algebraic equations, linear equations, curve fitting, integration, differentiation and differential equations. The book is intended for students of B.E. and B.Tech as well as for students of B.Sc. (Mathematics and Physics). Key Features Gives clear and precise exposition of modern numerical methods. Provides mathematical derivation for each method to build the student’s understanding of numerical analysis. Presents C programs for each method to help students to implement the method in a programming language. Includes several solved examples to illustrate the concepts. Contains exercises with answers for practice. Table of Contents List of Algorithms List of Flow Charts List of Programs Preface 1. Numerical Solution Of Algebraic And Transcendental Equations 2. Simultaneous Linear Non-Homogeneous Algebraic Equations 3. Iterative Method For Eigenvalues 4. Interpolation 5. Numerical Differentiation And Numerical Integration 6. Difference Equations 7. Numerical Solution Of Ordinary Differential Equations 8. Boundary Value Problems Index