Add to ORKGIn this paper, we apply the Differential Transform Method (DTM) and Variational Iterative Method (VIM) to develop algorithms for solving singularly perturbed volterra integral equations (SPVIEs). The study outlines the significant features of the two methods. A comparison between the two methods for the solution of SPVIs is given for three examples. The results show that both methods are very efficient, convenient and applicable to a large class of problems
The paper presents an approximation method called local fractional variational iteration method (LFV...
In this thesis, the focus of our attention is on a certain linear Volterra integral equation with si...
AbstractWe consider the numerical discretization of singularly perturbed Volterra integro-differenti...
In this work, the applications of differential transform method were extended to singularly perturbe...
AbstractIn this work, the applications of differential transform method were extended to singularly ...
Magister Scientiae - MScEfficient numerical approaches for parameter dependent problems have been an...
Several investigations have been made on singularly perturbed integral equations. This paper aims at...
We design and analyse two numerical methods namely a fitted mesh and a fitted operator finite differ...
We implement several methods for solving Volterra integral equations based on standard techniques fo...
An approximate solution of integral equations takes an active role in the numerical analysis. This p...
This thesis studies singularly perturbed Volterra integral equations of the form eu(t)=/(t,e)+fg(t,...
This thesis studies singularly perturbed Volterra integral equations of the form eu(t)=/(t,e)+fg(t,...
This thesis studies singularly perturbed Volterra integral equations of the form eu(t)=/(t,e)+fg(t,...
This thesis studies singularly perturbed Volterra integral equations of the form eu(t)=/(t,e)+fg(t,...
AbstractIn this paper we apply the dynamical systems method (DSM) proposed by A. G. Ramm, and the va...
The paper presents an approximation method called local fractional variational iteration method (LFV...
In this thesis, the focus of our attention is on a certain linear Volterra integral equation with si...
AbstractWe consider the numerical discretization of singularly perturbed Volterra integro-differenti...
In this work, the applications of differential transform method were extended to singularly perturbe...
AbstractIn this work, the applications of differential transform method were extended to singularly ...
Magister Scientiae - MScEfficient numerical approaches for parameter dependent problems have been an...
Several investigations have been made on singularly perturbed integral equations. This paper aims at...
We design and analyse two numerical methods namely a fitted mesh and a fitted operator finite differ...
We implement several methods for solving Volterra integral equations based on standard techniques fo...
An approximate solution of integral equations takes an active role in the numerical analysis. This p...
This thesis studies singularly perturbed Volterra integral equations of the form eu(t)=/(t,e)+fg(t,...
This thesis studies singularly perturbed Volterra integral equations of the form eu(t)=/(t,e)+fg(t,...
This thesis studies singularly perturbed Volterra integral equations of the form eu(t)=/(t,e)+fg(t,...
This thesis studies singularly perturbed Volterra integral equations of the form eu(t)=/(t,e)+fg(t,...
AbstractIn this paper we apply the dynamical systems method (DSM) proposed by A. G. Ramm, and the va...
The paper presents an approximation method called local fractional variational iteration method (LFV...
In this thesis, the focus of our attention is on a certain linear Volterra integral equation with si...
AbstractWe consider the numerical discretization of singularly perturbed Volterra integro-differenti...