An algorithm for the generation of hexahedral element meshes is demonstrated. The algorithm starts by creating a structured grid in the interior of an object. Then the boundary region is meshed by means of an isomorphism technique that uses basically 2D-operations. Examples are given that demonstrate the quality of the algorithm
This paper describes a new algorithm for the automatic generation of finite element meshes of arbitr...
A generic algorithm is proposed to merge structured and unstructured hexahedral meshes automatically...
We present a hexahedralization method based on a systematic treat-ment that eradicates the singulari...
Mesh generation is a fundamental and important problem in geometric data modeling and processing. In...
The use of finite element analysis methods is increasing in all kinds of engineering applications. N...
The use of finite element analysis methods is increasing in all kinds of engineering applications. N...
The paper is concerned with algorithms for transforming hexahedral finite element meshes into tetrah...
The paper is concerned with algorithms for transforming hexahedral finite element meshes into tetrah...
The paper is concerned with algorithms for transforming hexahedral finite element meshes into tetrah...
10.1016/j.cma.2004.11.001Computer Methods in Applied Mechanics and Engineering19439-414071-4096CMME
The paper is concerned with algorithms for transforming hexahedral finite element meshes into tetrah...
The finite element method is being used today to model component assemblies in a wide variety of app...
The object of the paper is to propose a simple method of mesh generation for objects with complicate...
The object of the paper is to propose a simple method of mesh generation for objects with complicate...
Discretization techniques such as the finite element method, the finite volume method or the discont...
This paper describes a new algorithm for the automatic generation of finite element meshes of arbitr...
A generic algorithm is proposed to merge structured and unstructured hexahedral meshes automatically...
We present a hexahedralization method based on a systematic treat-ment that eradicates the singulari...
Mesh generation is a fundamental and important problem in geometric data modeling and processing. In...
The use of finite element analysis methods is increasing in all kinds of engineering applications. N...
The use of finite element analysis methods is increasing in all kinds of engineering applications. N...
The paper is concerned with algorithms for transforming hexahedral finite element meshes into tetrah...
The paper is concerned with algorithms for transforming hexahedral finite element meshes into tetrah...
The paper is concerned with algorithms for transforming hexahedral finite element meshes into tetrah...
10.1016/j.cma.2004.11.001Computer Methods in Applied Mechanics and Engineering19439-414071-4096CMME
The paper is concerned with algorithms for transforming hexahedral finite element meshes into tetrah...
The finite element method is being used today to model component assemblies in a wide variety of app...
The object of the paper is to propose a simple method of mesh generation for objects with complicate...
The object of the paper is to propose a simple method of mesh generation for objects with complicate...
Discretization techniques such as the finite element method, the finite volume method or the discont...
This paper describes a new algorithm for the automatic generation of finite element meshes of arbitr...
A generic algorithm is proposed to merge structured and unstructured hexahedral meshes automatically...
We present a hexahedralization method based on a systematic treat-ment that eradicates the singulari...