Add to ORKGThis paper discusses the application of a new parallel non-overlapping domain decomposition algorithm, based on explicit predictors and implicit correctors, to the solution of nonlinear equations. The results demonstrate significant improvement in accuracy for calculating transient solutions using the new approach. In addition, the parallel algorithm scales well as the number of processors increases for large scale problems
In this paper we give a generalized predictor-corrector algorithm for solving ordinary differential ...
Abstract In this paper, a new parallel algorithm for solving parabolic equations is proposed. The ne...
AbstractRecently, various classes of predictor-corrector methods have been proposed as being suitabl...
This paper discusses the application of a new parallel non-overlapping domain decomposition algorith...
AbstractIn this paper, parallel algorithms are proposed for solving both systems of nonlinear algebr...
When solving time-dependent partial differential equations on parallel computers using the nonoverla...
AbstractWhen solving time-dependent partial differential equations on parallel computers using the n...
In this paper a new parallel algorithm for nonlinear transient dynamic analysis of large structures ...
Domain decomposition algorithms for parallel numerical solution of parabolic equations are studied f...
Publisher Summary: This chapter reveals that the domain decomposition method has been widely used f...
Abstract. Agroup ofparallel algorithms,and theirimplementation forsolving a special class ofnonlinea...
We present three parallel solvers for parabolic equation. The solution methods, which are based on n...
This paper presents an overview of the issues associated with applying a domain-decomposition messag...
Recently, a monotone iterative domain decomposition algorithm has been proposed for the numerical so...
AbstractWe introduce and analyze a parallel algorithm for solving the Navier-Stokes equations based ...
In this paper we give a generalized predictor-corrector algorithm for solving ordinary differential ...
Abstract In this paper, a new parallel algorithm for solving parabolic equations is proposed. The ne...
AbstractRecently, various classes of predictor-corrector methods have been proposed as being suitabl...
This paper discusses the application of a new parallel non-overlapping domain decomposition algorith...
AbstractIn this paper, parallel algorithms are proposed for solving both systems of nonlinear algebr...
When solving time-dependent partial differential equations on parallel computers using the nonoverla...
AbstractWhen solving time-dependent partial differential equations on parallel computers using the n...
In this paper a new parallel algorithm for nonlinear transient dynamic analysis of large structures ...
Domain decomposition algorithms for parallel numerical solution of parabolic equations are studied f...
Publisher Summary: This chapter reveals that the domain decomposition method has been widely used f...
Abstract. Agroup ofparallel algorithms,and theirimplementation forsolving a special class ofnonlinea...
We present three parallel solvers for parabolic equation. The solution methods, which are based on n...
This paper presents an overview of the issues associated with applying a domain-decomposition messag...
Recently, a monotone iterative domain decomposition algorithm has been proposed for the numerical so...
AbstractWe introduce and analyze a parallel algorithm for solving the Navier-Stokes equations based ...
In this paper we give a generalized predictor-corrector algorithm for solving ordinary differential ...
Abstract In this paper, a new parallel algorithm for solving parabolic equations is proposed. The ne...
AbstractRecently, various classes of predictor-corrector methods have been proposed as being suitabl...