AbstractIn this work, we present a Galerkin approach for solving the linear integro-differential equation of the second kind with Cauchy kernel. We use the orthogonal basis functions Legendre polynomials of the first and of the second kind
The Toeplitz matrix and the product Nystrom methods are applied to an integral equation of the secon...
Mathematics Subject Classification 2010: 45DB05, 45E05, 78A45.We give a procedure to reduce a hypers...
AbstractA collocation method is presented for the numerical solution of a typical integral equation ...
AbstractThe authors propose a simple numerical method to approximate the solution of CSIE. The conve...
AbstractA simple method based on polynomial approximation of a function is employed to obtain approx...
Abstract We begin by proposing a regularization procedure for solving some singular integral equatio...
A series method is used to separate the variables of position and time for the Fredholm-Volterra int...
AbstractA simple and efficient method for solving hypersingular integral equations of the first kind...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
AbstractA method is proposed to solve various linear and nonlinear integral equations with a Cauchy ...
AbstractA direct function theoretic method is applied to solve a weakly singular integral equation w...
AbstractThe authors propose some numerical methods to solve Fredholm integral equations of the secon...
AbstractThis paper presents the necessary and sufficient conditions for the solvability of two integ...
AbstractIn this paper the authors propose numerical methods to approximate the solutions of systems ...
AbstractA method is used to obtain the general solution of the Fredholm–Volterra integral equation o...
The Toeplitz matrix and the product Nystrom methods are applied to an integral equation of the secon...
Mathematics Subject Classification 2010: 45DB05, 45E05, 78A45.We give a procedure to reduce a hypers...
AbstractA collocation method is presented for the numerical solution of a typical integral equation ...
AbstractThe authors propose a simple numerical method to approximate the solution of CSIE. The conve...
AbstractA simple method based on polynomial approximation of a function is employed to obtain approx...
Abstract We begin by proposing a regularization procedure for solving some singular integral equatio...
A series method is used to separate the variables of position and time for the Fredholm-Volterra int...
AbstractA simple and efficient method for solving hypersingular integral equations of the first kind...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
AbstractA method is proposed to solve various linear and nonlinear integral equations with a Cauchy ...
AbstractA direct function theoretic method is applied to solve a weakly singular integral equation w...
AbstractThe authors propose some numerical methods to solve Fredholm integral equations of the secon...
AbstractThis paper presents the necessary and sufficient conditions for the solvability of two integ...
AbstractIn this paper the authors propose numerical methods to approximate the solutions of systems ...
AbstractA method is used to obtain the general solution of the Fredholm–Volterra integral equation o...
The Toeplitz matrix and the product Nystrom methods are applied to an integral equation of the secon...
Mathematics Subject Classification 2010: 45DB05, 45E05, 78A45.We give a procedure to reduce a hypers...
AbstractA collocation method is presented for the numerical solution of a typical integral equation ...
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