Add to ORKGThe paper presents an a priori procedure to control the element size and shape variation for meshing algorithms governed by anisotropic sizing specifications. The field of desired element size and shape is represented by a background structure. The procedure consists in replacing the initial field with a smoothed one that preserves anisotropic features and smaller element sizes
this paper we attempt to construct an anisotropic adaptive refinement algorithm that is modeled on t...
We present a method for anisotropic mesh refinement to high-order numerical solutions. We accomplish...
This paper discusses a new approach to controlling 2D local sizing in a bicameral anisotropic mesh. ...
Abstract. The article concerns problem of automated generation of anisotropic finite element meshes ...
. This paper gives a procedure to control the size variation in a mesh adaption scheme where the siz...
The article concerns problem of automated generation of anisotropic finite element meshes on 3D sur-...
This talk will focus on some of the recent progresses in anisotropic mesh adaptation in finite eleme...
International audienceScientific computing requires the automatic generation of high quality meshes,...
International audienceScientific computing requires the automatic generation of high quality meshes,...
As automatic mesh generation procedures for general geometric domains mature, attention has begun to...
AbstractMesh smoothing is an important algorithm for the improvement of element quality in unstructu...
An adaptive method for producing anisotropic quasi-structured meshes is presented in this thesis. Cu...
An adaptive method for producing anisotropic quasi-structured meshes is presented in this thesis. Cu...
A new algorithm for the generation of well-graded high-quality finite element mesh for adaptive refi...
In an anisotropic adaptive finite element algorithm one usually needs an error estimator that yields...
this paper we attempt to construct an anisotropic adaptive refinement algorithm that is modeled on t...
We present a method for anisotropic mesh refinement to high-order numerical solutions. We accomplish...
This paper discusses a new approach to controlling 2D local sizing in a bicameral anisotropic mesh. ...
Abstract. The article concerns problem of automated generation of anisotropic finite element meshes ...
. This paper gives a procedure to control the size variation in a mesh adaption scheme where the siz...
The article concerns problem of automated generation of anisotropic finite element meshes on 3D sur-...
This talk will focus on some of the recent progresses in anisotropic mesh adaptation in finite eleme...
International audienceScientific computing requires the automatic generation of high quality meshes,...
International audienceScientific computing requires the automatic generation of high quality meshes,...
As automatic mesh generation procedures for general geometric domains mature, attention has begun to...
AbstractMesh smoothing is an important algorithm for the improvement of element quality in unstructu...
An adaptive method for producing anisotropic quasi-structured meshes is presented in this thesis. Cu...
An adaptive method for producing anisotropic quasi-structured meshes is presented in this thesis. Cu...
A new algorithm for the generation of well-graded high-quality finite element mesh for adaptive refi...
In an anisotropic adaptive finite element algorithm one usually needs an error estimator that yields...
this paper we attempt to construct an anisotropic adaptive refinement algorithm that is modeled on t...
We present a method for anisotropic mesh refinement to high-order numerical solutions. We accomplish...
This paper discusses a new approach to controlling 2D local sizing in a bicameral anisotropic mesh. ...