The purpose of this thesis is to investigate some of the numerical methods available to solve partial differential equations intractable to analytic solutions with a view towards: 1. Indicating where particular methods appear most applicable, from the standpoints of accuracy, easy of solution, minimum expenditure of effort; and 2. Indicating the accuracy to be expected in the use of two of the more powerful methods investigated as applied to a problem of elasticity
The popularity of finite element and spline methods has brought to the fore the need for criteria to...
Numerical methods to solve initial value problems of differential equations progressed quite a bit i...
In view of evaluating the specific advantages of the finite difference methods and the finite elemen...
Methods for comparing the accuracy of numerical methods for the solution of parabolic partial differ...
There is a great interest in applying numerical methods for solution of partial differential equatio...
This volume is designed as an introduction to the concepts of modern numerical analysis as they appl...
In this talk, it will explain various mathematical concepts to introduce the Finite Element Method (...
There are three important steps in the computational modelling of any physical process: (i) problem ...
In this thesis, we discuss the numerical solution of ordinary differential equation and numerical me...
The classical theory of numerical methods for partial differential equations is concerned to a large...
A BSTRACT An introductory exposition is given covering the solution of some partial differential equ...
This paper explores the use of the software package, Matlab and Excel in the implementation of the f...
This self-tutorial offers a concise yet thorough introduction into the mathematical analysis of appr...
This work presents how approximate solution methods were introduced in a graduate level course of Th...
The numerical solution of elliptic partial differential equations by finite difference method
The popularity of finite element and spline methods has brought to the fore the need for criteria to...
Numerical methods to solve initial value problems of differential equations progressed quite a bit i...
In view of evaluating the specific advantages of the finite difference methods and the finite elemen...
Methods for comparing the accuracy of numerical methods for the solution of parabolic partial differ...
There is a great interest in applying numerical methods for solution of partial differential equatio...
This volume is designed as an introduction to the concepts of modern numerical analysis as they appl...
In this talk, it will explain various mathematical concepts to introduce the Finite Element Method (...
There are three important steps in the computational modelling of any physical process: (i) problem ...
In this thesis, we discuss the numerical solution of ordinary differential equation and numerical me...
The classical theory of numerical methods for partial differential equations is concerned to a large...
A BSTRACT An introductory exposition is given covering the solution of some partial differential equ...
This paper explores the use of the software package, Matlab and Excel in the implementation of the f...
This self-tutorial offers a concise yet thorough introduction into the mathematical analysis of appr...
This work presents how approximate solution methods were introduced in a graduate level course of Th...
The numerical solution of elliptic partial differential equations by finite difference method
The popularity of finite element and spline methods has brought to the fore the need for criteria to...
Numerical methods to solve initial value problems of differential equations progressed quite a bit i...
In view of evaluating the specific advantages of the finite difference methods and the finite elemen...