This paper presents a description of the extension and parallel implementation of a new two level additive Schwarz (AS) preconditioner for the solution of 3-D elliptic partial differential equations (PDEs). This preconditioner, introduced in Bank et al. (SIAM J. Sci. Comput. 2002; 23: 1818), is based upon the use of a novel form of overlap between the subdomains which makes use of a hierarchy of meshes: with just a single layer of overlapping elements at each level of the hierarchy. The generalization considered here is based upon the restricted AS approach reported in (SIAM J. Sci. Comput. 1999; 21: 792) and the parallel implementation is an extension of work in two dimensions (Concurrency Comput. Practice Experience 2001; 13: 327)
In this article we design and analyze a class of two-level non-overlapping additive Schwarz precondi...
In this article we design and analyze a class of two-level non-overlapping additive Schwarz precondi...
AbstractThe report presents some results in solving finite element equations via a parallel version ...
In this paper we consider the adaptive finite element solution of a general class of variational pro...
AbstractThe report presents some results in solving finite element equations via a parallel version ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
This paper investigates the adaptive finite element solution of a general class of variational probl...
In this paper we study the parallel scalability of variants of additive Schwarz preconditioners for ...
A local multilevel product algorithm and its additive version are analyzed for linear systems arisin...
summary:This paper extends previous results on nonlinear Schwarz preconditioning (Cai and Keyes 20...
summary:This paper extends previous results on nonlinear Schwarz preconditioning (Cai and Keyes 20...
In this article we design and analyze a class of two-level non-overlapping additive Schwarz precondi...
In this article we design and analyze a class of two-level non-overlapping additive Schwarz precondi...
AbstractThe report presents some results in solving finite element equations via a parallel version ...
In this paper we consider the adaptive finite element solution of a general class of variational pro...
AbstractThe report presents some results in solving finite element equations via a parallel version ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
We investigate multilevel Schwarz domain decomposition preconditioners, to efficiently solve linear ...
This paper investigates the adaptive finite element solution of a general class of variational probl...
In this paper we study the parallel scalability of variants of additive Schwarz preconditioners for ...
A local multilevel product algorithm and its additive version are analyzed for linear systems arisin...
summary:This paper extends previous results on nonlinear Schwarz preconditioning (Cai and Keyes 20...
summary:This paper extends previous results on nonlinear Schwarz preconditioning (Cai and Keyes 20...
In this article we design and analyze a class of two-level non-overlapping additive Schwarz precondi...
In this article we design and analyze a class of two-level non-overlapping additive Schwarz precondi...
AbstractThe report presents some results in solving finite element equations via a parallel version ...