Add to ORKGA methodology is described for developing a parallel system using a top down approach taking into account the requirements of the user. Substructuring, a popular technique in structural analysis, is used to illustrate this approach
AbstractMuch of the computational effort of the finite element process involves the solution of a sy...
Developments in computers mean that parallel and distributed computing are now mainstream elements, ...
Current parallel processing aproaches in finite element analysis can be roughly classified into two ...
The finite element machine is a prototype computer designed to support parallel solutions to structu...
Network computing and multiprocessor computers are two discernible trends in parallel processing. Th...
This work documents two contributions to the parallel resolution of large systems of equations resul...
PhD ThesisThe work presented in this thesis concerns parallel methods for finite element analysis...
peer reviewedThe finite element code LAGAMINE developed since 1982 has been adapted to numerous fini...
[[abstract]]The finite element method is widely used to model physical systems in various engineerin...
The adaptation of a finite element program with explicit time integration to a massively parallel SI...
The Finite Element Machine is an experimental parallel computer developed at Langley Research Center...
This two-part paper presents the results of a benchmarked analytical-numerical investigation into th...
With Moore’s Law being verified, all we had to do was wait a few years to get more computing power. ...
Some of the considerations that went into the design of the Finite Element Machine, a research async...
Design considerations were evaluated for general purpose finite element systems to maximize performa...
AbstractMuch of the computational effort of the finite element process involves the solution of a sy...
Developments in computers mean that parallel and distributed computing are now mainstream elements, ...
Current parallel processing aproaches in finite element analysis can be roughly classified into two ...
The finite element machine is a prototype computer designed to support parallel solutions to structu...
Network computing and multiprocessor computers are two discernible trends in parallel processing. Th...
This work documents two contributions to the parallel resolution of large systems of equations resul...
PhD ThesisThe work presented in this thesis concerns parallel methods for finite element analysis...
peer reviewedThe finite element code LAGAMINE developed since 1982 has been adapted to numerous fini...
[[abstract]]The finite element method is widely used to model physical systems in various engineerin...
The adaptation of a finite element program with explicit time integration to a massively parallel SI...
The Finite Element Machine is an experimental parallel computer developed at Langley Research Center...
This two-part paper presents the results of a benchmarked analytical-numerical investigation into th...
With Moore’s Law being verified, all we had to do was wait a few years to get more computing power. ...
Some of the considerations that went into the design of the Finite Element Machine, a research async...
Design considerations were evaluated for general purpose finite element systems to maximize performa...
AbstractMuch of the computational effort of the finite element process involves the solution of a sy...
Developments in computers mean that parallel and distributed computing are now mainstream elements, ...
Current parallel processing aproaches in finite element analysis can be roughly classified into two ...