An original approach to the partitioning of 3D meshes (typically for the finite element method) is presented. Our technique applies on sub-domains defined by their polyhedrical boundary. It relies on the meshing of interfaces between sub-domains before meshing the domain itself. Since this idea basically trades smoothness, small-size, and regularity of the interfaces for unbalance, we describe a fast, efficient, linear-time evaluation algorithm that corrects this default. Its use is experienced with industrial benchmarks, and compared with other heuristic schemes
We present a dynamic distributed load balancing algorithm for parallel, adaptive finite element simu...
Multilevel algorithms are a successful class of optimisation techniques which address the mesh parti...
dient of our method is a technique for the estimation of the size and the element distribution of th...
This paper studies and compares the domain partitioning algorithms presented by Farhat,1 Al-Nasra an...
Multilevel algorithms are a successful class of optimisation techniques which address the mesh parti...
In parallel adaptive finite element simulations the work load on the individual processors may chang...
We address the problem of automatic partitioning of unstructured finite element meshes in the contex...
[[abstract]]©2001 IIS SINICA-The finite element method (FEM) has been widely used for the structural...
Key words: finite element method, multifrontal solver, load balancing We work on direct methods to s...
Parallelization strategies based on domain partitioning techniques have been widely adopted for para...
We present a dynamic distributed load balancing algorithm for parallel, adaptive finite element simu...
This chapter describes a parallel optimization technique that incorporates a distributed load-balanc...
Abstract. The desire to simulate more and more geometrical and physical features of technical struct...
Abstract. In this paper, we give an overview of efforts to improve current techniques of load-balanc...
In parallel adaptive Finite Element simulations the work load 011the individual processors can chang...
We present a dynamic distributed load balancing algorithm for parallel, adaptive finite element simu...
Multilevel algorithms are a successful class of optimisation techniques which address the mesh parti...
dient of our method is a technique for the estimation of the size and the element distribution of th...
This paper studies and compares the domain partitioning algorithms presented by Farhat,1 Al-Nasra an...
Multilevel algorithms are a successful class of optimisation techniques which address the mesh parti...
In parallel adaptive finite element simulations the work load on the individual processors may chang...
We address the problem of automatic partitioning of unstructured finite element meshes in the contex...
[[abstract]]©2001 IIS SINICA-The finite element method (FEM) has been widely used for the structural...
Key words: finite element method, multifrontal solver, load balancing We work on direct methods to s...
Parallelization strategies based on domain partitioning techniques have been widely adopted for para...
We present a dynamic distributed load balancing algorithm for parallel, adaptive finite element simu...
This chapter describes a parallel optimization technique that incorporates a distributed load-balanc...
Abstract. The desire to simulate more and more geometrical and physical features of technical struct...
Abstract. In this paper, we give an overview of efforts to improve current techniques of load-balanc...
In parallel adaptive Finite Element simulations the work load 011the individual processors can chang...
We present a dynamic distributed load balancing algorithm for parallel, adaptive finite element simu...
Multilevel algorithms are a successful class of optimisation techniques which address the mesh parti...
dient of our method is a technique for the estimation of the size and the element distribution of th...