There exists a considerably body of literature on the development, analysis and implementation of multiplicative and additive operator splitting methods for solving large and sparse systems of finite difference equations arising from the discretization of partial differential equations. In this note, we will review the Newton-Arithmetic Mean and the Modified Newton-Arithmetic Mean methods for solving nonlinear and weakly nonlinear systems of difference equations arising from the discretization of diffusion-convection problems
The properties of two algorithms for the solution of the incompressible Navier-Stokes equations are ...
. We present a corrected operator splitting (COS) technique for nonlinear parabolic equations of con...
In this paper, we discuss higher-order operator-splitting methods done by disentanglement methods. T...
In this paper we consider the application of additive operator splitting methods for solving a finit...
Domain Decomposition and Operator Splitting are powerful concepts used in Parallel Computation and L...
Many numerical methods for systems of convection–diffusion equations are based on an operator splitt...
Many numerical methods for systems of convection-diffusion equations are based upon an operator spli...
AbstractThe main goal of this paper is to show that discrete mollification is a suitable ingredient ...
Applied mathematical modeling isconcerned with solving unsteady problems. This bookshows how toconst...
We describe two variants of an operator splitting strategy for nonlinear, possibly strongly degenera...
We describe two variants of an operator splitting strategy for nonlinear, possibly strongly degenera...
This paper deals with the solution of nonlinear system arising from finite difference discretization...
This report concerns with the numerical solution of nonlinear reaction diffusion equations at the st...
Efficient numerical schemes for nonlinear diffusion filtering based on additive operator splitting ...
In this study, effects of operator splitting methods to the solution of advection-diffusion equation...
The properties of two algorithms for the solution of the incompressible Navier-Stokes equations are ...
. We present a corrected operator splitting (COS) technique for nonlinear parabolic equations of con...
In this paper, we discuss higher-order operator-splitting methods done by disentanglement methods. T...
In this paper we consider the application of additive operator splitting methods for solving a finit...
Domain Decomposition and Operator Splitting are powerful concepts used in Parallel Computation and L...
Many numerical methods for systems of convection–diffusion equations are based on an operator splitt...
Many numerical methods for systems of convection-diffusion equations are based upon an operator spli...
AbstractThe main goal of this paper is to show that discrete mollification is a suitable ingredient ...
Applied mathematical modeling isconcerned with solving unsteady problems. This bookshows how toconst...
We describe two variants of an operator splitting strategy for nonlinear, possibly strongly degenera...
We describe two variants of an operator splitting strategy for nonlinear, possibly strongly degenera...
This paper deals with the solution of nonlinear system arising from finite difference discretization...
This report concerns with the numerical solution of nonlinear reaction diffusion equations at the st...
Efficient numerical schemes for nonlinear diffusion filtering based on additive operator splitting ...
In this study, effects of operator splitting methods to the solution of advection-diffusion equation...
The properties of two algorithms for the solution of the incompressible Navier-Stokes equations are ...
. We present a corrected operator splitting (COS) technique for nonlinear parabolic equations of con...
In this paper, we discuss higher-order operator-splitting methods done by disentanglement methods. T...