Element by element frontal solution algorithms are utilized in many of the existing finite element codes. The overall computational efficiency of this type of procedure is directly related to the element data input sequence. Thus, it is important to have a pre-processor which will resequence these data so as to reduce the element wavefronts to be encountered in the solution algorithm. A direct element resequencing algorithm is detailed for reducing element wavefronts. It also generates computational by products that can be utilized in pre-front calculations and in various post-processors. Sample problems are presented and compared with other algorithms
An algorithm is presented to relabel automatically the nodes of an arbitrary finite-element mesh. Th...
This paper presents a multi-level frontal algorithm and its implementation and applications on paral...
We consider the performance of the finite element method on a vector supercomputer. The computationa...
We study profile reduction algorithms when used to order the elements for the frontal solution of a ...
For frontal solvers to perform well on nite-element problems it is essential that the elements are o...
The eciency of the frontal method for the solution of finite-element problems depends on the order i...
In Part I of this work, Paulino et a/. ' have presented an algorithm for profile and wavefront ...
A Finite Element Graph (FEG) is defined here as a nodal graph (G), a dual graph (G*) , or a communi...
We propose a new approach to determine the element ordering that minimises the frontwidth in finite ...
We propose a new approach to determine the element ordering that minimises the frontwidth in finite ...
To save memory, layout-to-circuit extractors that use the Finite-Element Method for resistance extra...
SIGLELD:7623.47(OUEL--1451/83) / BLDSC - British Library Document Supply CentreGBUnited Kingdo
Key words: finite element method, multifrontal solver, load balancing We work on direct methods to s...
Renumbering algorithms commonly in use for the band solver are generally applicable for any kind of ...
Thesis (B.S.) in Chemical Engineering--University of Illinois at Urbana-Champaign, 1993.Includes bib...
An algorithm is presented to relabel automatically the nodes of an arbitrary finite-element mesh. Th...
This paper presents a multi-level frontal algorithm and its implementation and applications on paral...
We consider the performance of the finite element method on a vector supercomputer. The computationa...
We study profile reduction algorithms when used to order the elements for the frontal solution of a ...
For frontal solvers to perform well on nite-element problems it is essential that the elements are o...
The eciency of the frontal method for the solution of finite-element problems depends on the order i...
In Part I of this work, Paulino et a/. ' have presented an algorithm for profile and wavefront ...
A Finite Element Graph (FEG) is defined here as a nodal graph (G), a dual graph (G*) , or a communi...
We propose a new approach to determine the element ordering that minimises the frontwidth in finite ...
We propose a new approach to determine the element ordering that minimises the frontwidth in finite ...
To save memory, layout-to-circuit extractors that use the Finite-Element Method for resistance extra...
SIGLELD:7623.47(OUEL--1451/83) / BLDSC - British Library Document Supply CentreGBUnited Kingdo
Key words: finite element method, multifrontal solver, load balancing We work on direct methods to s...
Renumbering algorithms commonly in use for the band solver are generally applicable for any kind of ...
Thesis (B.S.) in Chemical Engineering--University of Illinois at Urbana-Champaign, 1993.Includes bib...
An algorithm is presented to relabel automatically the nodes of an arbitrary finite-element mesh. Th...
This paper presents a multi-level frontal algorithm and its implementation and applications on paral...
We consider the performance of the finite element method on a vector supercomputer. The computationa...