We present a new procedure to adaptively produce anisotropic metric-orthogonal meshes in this thesis. The approach is based on mesh optimization techniques: point insertion designed to improve mesh alignment as well as conforming to a metric, swapping in the metric space, point movement defined by target elements from a metric, and point deletion based on quality and metric length. These techniques are intended to produce quasi-structured meshes which have the advantages of flexibility for complex geometries of unstructured meshes and the directional accuracy of structured meshes. The result is reliable alignment for anisotropic meshes reducing our previous work's reliance on smoothing for good alignment. The methodology is implemented in 2...
In this paper, an algorithm based on unstructured triangular meshes using standard refinement patter...
It has been amply demonstrated that significant improvements in accuracy and efficiency can be gaine...
The adaptive mesh methods significantly improve accuracy of simulations and allow to solve large pro...
We present a new procedure to adaptively produce anisotropic metric-orthogonal meshes in this thesis...
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...
AbstractA new aligned metric-based anisotropic mesh generation procedure is presented. The approach ...
International audienceA new aligned metric-based anisotropic mesh generation procedure is presented....
AbstractA new aligned metric-based anisotropic mesh generation procedure is presented. The approach ...
International audienceWe introduce a procedure to generate metric-orthogonal anisotropic volume mesh...
International audienceWe present a strategy for the generation of mixed-element quasi-structured mes...
This talk will focus on some of the recent progresses in anisotropic mesh adaptation in finite eleme...
We present a method for anisotropic mesh refinement to high-order numerical solutions. We accomplish...
We present a method for anisotropic mesh refinement to high-order numerical solutions. We accomplish...
Automatic mesh generation is a challenging problem that is motivated by the need for efficient and a...
In this paper, an algorithm based on unstructured triangular meshes using standard refinement patter...
It has been amply demonstrated that significant improvements in accuracy and efficiency can be gaine...
The adaptive mesh methods significantly improve accuracy of simulations and allow to solve large pro...
We present a new procedure to adaptively produce anisotropic metric-orthogonal meshes in this thesis...
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...
AbstractA new aligned metric-based anisotropic mesh generation procedure is presented. The approach ...
International audienceA new aligned metric-based anisotropic mesh generation procedure is presented....
AbstractA new aligned metric-based anisotropic mesh generation procedure is presented. The approach ...
International audienceWe introduce a procedure to generate metric-orthogonal anisotropic volume mesh...
International audienceWe present a strategy for the generation of mixed-element quasi-structured mes...
This talk will focus on some of the recent progresses in anisotropic mesh adaptation in finite eleme...
We present a method for anisotropic mesh refinement to high-order numerical solutions. We accomplish...
We present a method for anisotropic mesh refinement to high-order numerical solutions. We accomplish...
Automatic mesh generation is a challenging problem that is motivated by the need for efficient and a...
In this paper, an algorithm based on unstructured triangular meshes using standard refinement patter...
It has been amply demonstrated that significant improvements in accuracy and efficiency can be gaine...
The adaptive mesh methods significantly improve accuracy of simulations and allow to solve large pro...