This work describes a technique of two-dimensional domain decomposition for parallel mesh generation. This technique works for both distributed and shared memory and has the freedom to use any data structure that manages rectangular regions parallel to the axes to decompose the domain given as input, such as a quaternary tree (quadtree) or a binary space decomposition (bsp), for example. Any process of mesh generation that respects the prerequisites established can be used in the subdomains created, for instance, Delaunay or Advancing Front, among others. This technique is called a priori because the mesh on the interface of the subdomains is generated prior to the their internal meshes. The load estimation for each sub-domain in this work ...
The desire to simulate more and more geometrical and physical features of technical structures and t...
An algorithm for the automatic parallel generation of three-dimensional unstructured grids based on ...
© 2018 Elsevier Ltd A parallel algorithm is proposed for scalable generation of large-scale tetrahed...
This work describes a technique of two-dimensional domain decomposition for parallel mesh generation...
This work proposes a fully automated technique for domain decomposition to generate meshes using par...
This work describes a technique for generating three-dimensional tetrahedral meshes using parallel c...
This work describes a technique for generating parametric surfaces meshes using parallel computing, ...
Desire to model in ever increasing detail geometrical and physical features has lead to a steady inc...
AbstractDomain decomposition methods are commonly employed within the context of parallel numerical ...
Parallel mesh generation procedures that are based on geometric domain decompositions require the pe...
The desire to model in ever increasing detail geometrical and physical features has lead to a steady...
Abstract. The desire to simulate more and more geometrical and physical features of technical struct...
We develop a partitioning algorithm to decompose complex 2D data into small and simple subregions su...
International audienceSolving highly heterogeneous structural mechanic problems with a large number ...
The desire to simulate more and more geometrical and physical features of technical structures and t...
The desire to simulate more and more geometrical and physical features of technical structures and t...
An algorithm for the automatic parallel generation of three-dimensional unstructured grids based on ...
© 2018 Elsevier Ltd A parallel algorithm is proposed for scalable generation of large-scale tetrahed...
This work describes a technique of two-dimensional domain decomposition for parallel mesh generation...
This work proposes a fully automated technique for domain decomposition to generate meshes using par...
This work describes a technique for generating three-dimensional tetrahedral meshes using parallel c...
This work describes a technique for generating parametric surfaces meshes using parallel computing, ...
Desire to model in ever increasing detail geometrical and physical features has lead to a steady inc...
AbstractDomain decomposition methods are commonly employed within the context of parallel numerical ...
Parallel mesh generation procedures that are based on geometric domain decompositions require the pe...
The desire to model in ever increasing detail geometrical and physical features has lead to a steady...
Abstract. The desire to simulate more and more geometrical and physical features of technical struct...
We develop a partitioning algorithm to decompose complex 2D data into small and simple subregions su...
International audienceSolving highly heterogeneous structural mechanic problems with a large number ...
The desire to simulate more and more geometrical and physical features of technical structures and t...
The desire to simulate more and more geometrical and physical features of technical structures and t...
An algorithm for the automatic parallel generation of three-dimensional unstructured grids based on ...
© 2018 Elsevier Ltd A parallel algorithm is proposed for scalable generation of large-scale tetrahed...