The paper presents a method for generating curved surfaces of 3D finite element meshes by mesh refinement starting with a very coarse grid. This is useful for parallel implementations where the finest meshes should be computed and not read from large files. The paper deals with simple geometries as sphere, cylinder, cone. But the method may be extended to more complicated geometries. (with 45 figures
We propose and analyze an algorithm for the robust construction of curved meshes in two and three di...
In recent years, interest in high-order methods in both the scientific and industrial communities ha...
In the report a parallel mesh generator in 3d/4d is presented. The mesh generator was developed as a...
The paper presents a method for generating curved surfaces of 3D finite element meshes by mesh refin...
A general program is developed to generate finite element mesh over curved surfaces. The domain to b...
A parallel distributed approach to refine a mesh while preserving the curvature of a target geometry...
In der vorliegenden Arbeit wird ein Konzept zur Parallelisierung des nicht-linearen Finite-Elemente ...
The paper describes a method for Visualization of computational results in parallel finite element...
Ein vorhandener Algorithmus wurde parallelisiert. Neue Algorithmen wurden implementiert, um eine Bes...
We present the implementation in the Alya code of a method to refine a mesh in parallel while preser...
In order to prepare modern finite element analysis a program for the efficient parallel generation ...
This paper describes a new algorithm for the automatic generation of finite element meshes of arbitr...
Parallel finite element algorithms based on objectoriented concepts are presented. Moreover, the des...
We propose, analyze an algorithm for the robust construction of curved meshes in two and three dimen...
Desire to model in ever increasing detail geometrical and physical features has lead to a steady inc...
We propose and analyze an algorithm for the robust construction of curved meshes in two and three di...
In recent years, interest in high-order methods in both the scientific and industrial communities ha...
In the report a parallel mesh generator in 3d/4d is presented. The mesh generator was developed as a...
The paper presents a method for generating curved surfaces of 3D finite element meshes by mesh refin...
A general program is developed to generate finite element mesh over curved surfaces. The domain to b...
A parallel distributed approach to refine a mesh while preserving the curvature of a target geometry...
In der vorliegenden Arbeit wird ein Konzept zur Parallelisierung des nicht-linearen Finite-Elemente ...
The paper describes a method for Visualization of computational results in parallel finite element...
Ein vorhandener Algorithmus wurde parallelisiert. Neue Algorithmen wurden implementiert, um eine Bes...
We present the implementation in the Alya code of a method to refine a mesh in parallel while preser...
In order to prepare modern finite element analysis a program for the efficient parallel generation ...
This paper describes a new algorithm for the automatic generation of finite element meshes of arbitr...
Parallel finite element algorithms based on objectoriented concepts are presented. Moreover, the des...
We propose, analyze an algorithm for the robust construction of curved meshes in two and three dimen...
Desire to model in ever increasing detail geometrical and physical features has lead to a steady inc...
We propose and analyze an algorithm for the robust construction of curved meshes in two and three di...
In recent years, interest in high-order methods in both the scientific and industrial communities ha...
In the report a parallel mesh generator in 3d/4d is presented. The mesh generator was developed as a...