peer reviewedThis paper presents the parallelization model used for the non-linear finite element software LAGAMINE. The proposed model is based on the use of a coarse grain approach for the parallelization of the assembly of the stiffness matrix. For the solver of the generated linear problem, we used a parallel direct solver of Gauss type. Finally, we present a discussion of the results of our approach on an example of depp drawing
In this work we present a new alternate way to formulate the finite element method (FEM) for paralle...
Abstract This paper describes a parallel algorithm for Dynamic Relaxation Method. The basic theory o...
This paper presents three parallel algorithms for simulation of axisymmetrical metal forging pro- ce...
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...
With recent advances in parallel supercomputers and network-connected workstations, the solution to ...
A number of parallel computational methods are developed in the present study to solve structural me...
Developments in computers mean that parallel and distributed computing are now mainstream elements, ...
Explicit finite-element methods are widely used for problems of non-linear structural mechanics. Bec...
This study reports the GPU parallelization of complex three-dimensional software for nonlinear analy...
This research is directed toward the analysis of large, three dimensional, nonlinear dynamic problem...
Este trabalho aborda a utilização de computadores paralelos no processamento de problemas de análise...
The paper deals with the simulation of the non-linear and time dependent behaviour of complex struct...
The contribution describes application of parallel computing for numerical solution of boundary valu...
This paper presents an implementation in C++ of an explicit parallel finite element code dedicated t...
In this work we present a new alternate way to formulate the finite element method (FEM) for paralle...
Abstract This paper describes a parallel algorithm for Dynamic Relaxation Method. The basic theory o...
This paper presents three parallel algorithms for simulation of axisymmetrical metal forging pro- ce...
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...
With recent advances in parallel supercomputers and network-connected workstations, the solution to ...
A number of parallel computational methods are developed in the present study to solve structural me...
Developments in computers mean that parallel and distributed computing are now mainstream elements, ...
Explicit finite-element methods are widely used for problems of non-linear structural mechanics. Bec...
This study reports the GPU parallelization of complex three-dimensional software for nonlinear analy...
This research is directed toward the analysis of large, three dimensional, nonlinear dynamic problem...
Este trabalho aborda a utilização de computadores paralelos no processamento de problemas de análise...
The paper deals with the simulation of the non-linear and time dependent behaviour of complex struct...
The contribution describes application of parallel computing for numerical solution of boundary valu...
This paper presents an implementation in C++ of an explicit parallel finite element code dedicated t...
In this work we present a new alternate way to formulate the finite element method (FEM) for paralle...
Abstract This paper describes a parallel algorithm for Dynamic Relaxation Method. The basic theory o...
This paper presents three parallel algorithms for simulation of axisymmetrical metal forging pro- ce...