In this paper we consider a numerical scheme for the treatment of an integro-differential equation. The latter represents the formulation of a nonlocal diffusion type equation. The discretization procedure relies on the application of the line method. However, quadrature formulae are needed for the evaluation of the integral operator. They are based on generalized Bernstein polynomials. Numerical evidence shows that the proposed method is a suitable and reliable approach for the problem
Abstract. We exploit a recently developed nonlocal vector calculus to provide a variational analysis...
AbstractThis article contributes a matrix approach by using Taylor approximation to obtain the numer...
Abstract. In this paper we study numerical approximations of the nonlocal p−Laplacian type diffusion...
In this paper we consider a numerical scheme for the treatment of an integro-differential equation. ...
In this paper, we present a numerical method for solving fractional integro-differential equations w...
Parabolic partial differential equations with nonlocal boundary specifications feature in the mathem...
Parabolic partial differential equations with nonlocal boundary specifications feature in the mathem...
In this paper we apply an efficient approaches based on Bernsteinpolynomials to solve one-dimensiona...
In the first paper three different finite difference methods for solving the heat equation in one sp...
The paper deals with a second order integro-partial differential equation in RnRn with a nonlocal, d...
The paper deals with a second order integro-partial differential equation in RnRn with a nonlocal, d...
In the first paper three different finite difference methods for solving the heat equation in one sp...
A method of obtaining numerical solutions of a general class of boundary-value problems governed by ...
This paper is devoted to the decomposition method which is applied to solve problems with non local ...
We derive error estimates for certain approximate solutions of Bellman equations associated to a cla...
Abstract. We exploit a recently developed nonlocal vector calculus to provide a variational analysis...
AbstractThis article contributes a matrix approach by using Taylor approximation to obtain the numer...
Abstract. In this paper we study numerical approximations of the nonlocal p−Laplacian type diffusion...
In this paper we consider a numerical scheme for the treatment of an integro-differential equation. ...
In this paper, we present a numerical method for solving fractional integro-differential equations w...
Parabolic partial differential equations with nonlocal boundary specifications feature in the mathem...
Parabolic partial differential equations with nonlocal boundary specifications feature in the mathem...
In this paper we apply an efficient approaches based on Bernsteinpolynomials to solve one-dimensiona...
In the first paper three different finite difference methods for solving the heat equation in one sp...
The paper deals with a second order integro-partial differential equation in RnRn with a nonlocal, d...
The paper deals with a second order integro-partial differential equation in RnRn with a nonlocal, d...
In the first paper three different finite difference methods for solving the heat equation in one sp...
A method of obtaining numerical solutions of a general class of boundary-value problems governed by ...
This paper is devoted to the decomposition method which is applied to solve problems with non local ...
We derive error estimates for certain approximate solutions of Bellman equations associated to a cla...
Abstract. We exploit a recently developed nonlocal vector calculus to provide a variational analysis...
AbstractThis article contributes a matrix approach by using Taylor approximation to obtain the numer...
Abstract. In this paper we study numerical approximations of the nonlocal p−Laplacian type diffusion...