This paper is devoted to the proof of the convergence properties of a class of finite difference schemes applied to nonlinear complex reaction-diffusion equations. We investigate the accuracy of the numerical solution considering implicit and semi-implicit discretizations. To illustrate the theoretical results we present some numerical examples computed with a semi-implicit scheme applied to a nonlinear equation
AbstractWe have developed new methods to integrate efficiently reaction–diffusion parabolic problems...
The paper concerns with the computational algorithms for a steady-state reaction diffusion problem. ...
This report concerns with the numerical solution of nonlinear reaction diffusion equations at the st...
This paper is devoted to the proof of the convergence properties of a class of finite difference sc...
In this paper we consider explicit, implicit and semiimplicit finite difference schemes for a genera...
This paper is devoted to the proof of the convergence properties of a class of finite difference sch...
We identify sufficient conditions for the stability of some well-known finite difference schemes for...
In this paper we consider explicit, implicit and semiimplicit finite difference schemes for a genera...
In this paper we consider the stability and convergence of finite difference discretisations of a re...
This paper focuses on the numerical analysis of a discrete version of a nonlinear reaction–diffusion...
We present and analyze an implicit–explicit timestepping procedure with finite element spatial appr...
In this report Rosenbrock, extended and generalized trapezoidal formulae are considered. Numerical s...
AbstractIn this paper some partial differential equations arising in biochemistry are studied from t...
Purpose – The main purpose of this paper is to introduce the gradient discretisation method (GDM) to...
In this paper we present a rigorous proof for the stability of a class of finite difference schemes ...
AbstractWe have developed new methods to integrate efficiently reaction–diffusion parabolic problems...
The paper concerns with the computational algorithms for a steady-state reaction diffusion problem. ...
This report concerns with the numerical solution of nonlinear reaction diffusion equations at the st...
This paper is devoted to the proof of the convergence properties of a class of finite difference sc...
In this paper we consider explicit, implicit and semiimplicit finite difference schemes for a genera...
This paper is devoted to the proof of the convergence properties of a class of finite difference sch...
We identify sufficient conditions for the stability of some well-known finite difference schemes for...
In this paper we consider explicit, implicit and semiimplicit finite difference schemes for a genera...
In this paper we consider the stability and convergence of finite difference discretisations of a re...
This paper focuses on the numerical analysis of a discrete version of a nonlinear reaction–diffusion...
We present and analyze an implicit–explicit timestepping procedure with finite element spatial appr...
In this report Rosenbrock, extended and generalized trapezoidal formulae are considered. Numerical s...
AbstractIn this paper some partial differential equations arising in biochemistry are studied from t...
Purpose – The main purpose of this paper is to introduce the gradient discretisation method (GDM) to...
In this paper we present a rigorous proof for the stability of a class of finite difference schemes ...
AbstractWe have developed new methods to integrate efficiently reaction–diffusion parabolic problems...
The paper concerns with the computational algorithms for a steady-state reaction diffusion problem. ...
This report concerns with the numerical solution of nonlinear reaction diffusion equations at the st...