Add to ORKGIn the dynamic analysis of structures condensation methods are often used to reduce the number of degrees of freedom to manageable size. Substructuring and choosing the master variables as the degrees of freedom on the interfaces of the substructures yields data structures which are well suited to be implemented on parallel computers. This paper discusses a parallel condensation method in the presence of generalized global masters which are obtained in reanalysis or from prolongation of coarse grid approximations
International audienceA Coarse Mesh Condensation Multiscale Method (CMCM) is proposed to solve large...
Abstract: In the dynamic analysis of structures condensation is often used to reduce the number of d...
The following paper presents a new method for choosing a set of master degrees of freedom for the pr...
In the dynamic analysis of structures condensation methods are often used to reduce the number of de...
The dynamic analysis of structures leads to very large generalized eigenvalue problems. Their number...
In the dynamic analysis of structures condensation methods are often used to reduce the number of de...
In the dynamic analysis of structures using finite element methods very often prohibitively many deg...
In the dynamic analysis of structures condensation methods are often used to reduce the number of de...
In the dynamic analysis of structures condensation methods are often used to reduce the number of de...
uni hamburg de Keywords eigenvalue problems condensation parallel methods For largescale eigenval...
In the dynamic analysis of a structure quite often a small number of the smallest eigenvalues and ei...
Abstract: In the dynamic analysis of structures condensation methods are often used to reduce the nu...
We generalize the Guyan condensation of large symmetric eigenvalue problems to allow general degrees...
Application of the finite element method in structural analysis frequently involves manipulation of ...
In the dynamic analysis of structures condensation is often used to reduce the number of degrees of ...
International audienceA Coarse Mesh Condensation Multiscale Method (CMCM) is proposed to solve large...
Abstract: In the dynamic analysis of structures condensation is often used to reduce the number of d...
The following paper presents a new method for choosing a set of master degrees of freedom for the pr...
In the dynamic analysis of structures condensation methods are often used to reduce the number of de...
The dynamic analysis of structures leads to very large generalized eigenvalue problems. Their number...
In the dynamic analysis of structures condensation methods are often used to reduce the number of de...
In the dynamic analysis of structures using finite element methods very often prohibitively many deg...
In the dynamic analysis of structures condensation methods are often used to reduce the number of de...
In the dynamic analysis of structures condensation methods are often used to reduce the number of de...
uni hamburg de Keywords eigenvalue problems condensation parallel methods For largescale eigenval...
In the dynamic analysis of a structure quite often a small number of the smallest eigenvalues and ei...
Abstract: In the dynamic analysis of structures condensation methods are often used to reduce the nu...
We generalize the Guyan condensation of large symmetric eigenvalue problems to allow general degrees...
Application of the finite element method in structural analysis frequently involves manipulation of ...
In the dynamic analysis of structures condensation is often used to reduce the number of degrees of ...
International audienceA Coarse Mesh Condensation Multiscale Method (CMCM) is proposed to solve large...
Abstract: In the dynamic analysis of structures condensation is often used to reduce the number of d...
The following paper presents a new method for choosing a set of master degrees of freedom for the pr...