A two-level preconditioning method for the solution of elliptic boundary value problems using finite element schemes on possibly unstructured meshes is introduced. It is based on a domain decomposition and a Galerkin scheme for the coarse level vertex unknowns. For both the implementation and the analysis, it is not required that the curves of discontinuity in the coefficients of the PDE match the interfaces between subdomains. Generalizations to nonmatching or overlapping grids are made
The alternate strip-based iterative substructuring algorithms are preconditioning techniques for the...
Two-level domain decomposition methods are very powerful techniques for the efficient numerical solu...
The use of multigrid and related preconditioners with the finite element method is often limited by ...
In this paper we consider a multigrid approach for solving elliptic equations over non-matching grid...
In this paper, we propose a domain decomposition method for multiscale second order elliptic partial...
Many problems based on unstructured grids provide a natural multigrid framework due to using an adap...
Domain decomposition methods are, alongside multigrid methods, one of the dominant paradigms in cont...
. In this paper, we discuss the vertex space domain decomposition method (VSDDM) for solving the alg...
Introduction. The general goal of this presentation is preconditioning techniques for mixed and nonc...
In this paper we consider domain decomposition preconditioners based on a vertex-oriented (VO) decom...
Abstract. An optimal iterative method for solving systems of linear algebraic equations arising from...
The domain decomposition strategies proposed in this thesis are efficient preconditioning techniques...
We consider systems of mesh equations that approximate elliptic boundary value problems on arbitraty...
We consider a parallel implementation of the additive two-level Schwarz domain decomposition techniq...
In recent years, domain decomposition (DD) techniques have been extensively used to solve efficientl...
The alternate strip-based iterative substructuring algorithms are preconditioning techniques for the...
Two-level domain decomposition methods are very powerful techniques for the efficient numerical solu...
The use of multigrid and related preconditioners with the finite element method is often limited by ...
In this paper we consider a multigrid approach for solving elliptic equations over non-matching grid...
In this paper, we propose a domain decomposition method for multiscale second order elliptic partial...
Many problems based on unstructured grids provide a natural multigrid framework due to using an adap...
Domain decomposition methods are, alongside multigrid methods, one of the dominant paradigms in cont...
. In this paper, we discuss the vertex space domain decomposition method (VSDDM) for solving the alg...
Introduction. The general goal of this presentation is preconditioning techniques for mixed and nonc...
In this paper we consider domain decomposition preconditioners based on a vertex-oriented (VO) decom...
Abstract. An optimal iterative method for solving systems of linear algebraic equations arising from...
The domain decomposition strategies proposed in this thesis are efficient preconditioning techniques...
We consider systems of mesh equations that approximate elliptic boundary value problems on arbitraty...
We consider a parallel implementation of the additive two-level Schwarz domain decomposition techniq...
In recent years, domain decomposition (DD) techniques have been extensively used to solve efficientl...
The alternate strip-based iterative substructuring algorithms are preconditioning techniques for the...
Two-level domain decomposition methods are very powerful techniques for the efficient numerical solu...
The use of multigrid and related preconditioners with the finite element method is often limited by ...