Add to ORKGAn algorithm using a variational method for generating quadrilateral meshes for two-dimensional polygonal regions is presented. In a first stage the possibly multiply connected region is decomposed into simple regions. This decomposition uses a variational method for selecting appropriate cuts dividing the region. The simple regions are then filled with quadrilaterals using an advancing front technique. Experimental results of the quality of the resulting meshes are provided both for quasi-uniform and highly non-uniform meshes. (orig.)Available from TIB Hannover: RR 6943(96/14) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische InformationsbibliothekSIGLEDEGerman
A simple and fast method to generate graded quadrilateral mesh has been developed. This method guara...
An automatic adaptive quadrilateral mesh conversion scheme for the generation of adaptive refinement...
This habilitation thesis presents a series of contributions in the field of digital geometry process...
A new scheme for the generation of a quadrilateral element mesh is presented. The algorithm makes us...
An algorithm is proposed to generate quadrilateral elements over a triangular element mesh by select...
This work is devoted to the description of an algorithm for automatic quadrilateral mesh generation....
An algorithm is proposed for the generation of 'hybrid' finite element mesh composed of square and t...
Besides triangle meshes, quadrilateral meshes are the most prominent discrete representation of surf...
A new approach for the automatic generation and refinement of finite element meshes over multiply co...
This work describes four methods implemented to achieve a convex quadrilaterization of the two- -dim...
A new approach to the automatic generation of a quadrilateral mesh with arbitrary line constraints i...
We investigate here problems of unstructured quadrilateral mesh generation for polygonal domains, wi...
This paper describes a scheme for finite element mesh generation of a convex, non-convex polygon and...
This paper is focused on the problematic of the meshes and tries to introduce the basic kinds of the...
This paper presents an implementation of a structured quadrilateral algorithm called submapping. Th...
A simple and fast method to generate graded quadrilateral mesh has been developed. This method guara...
An automatic adaptive quadrilateral mesh conversion scheme for the generation of adaptive refinement...
This habilitation thesis presents a series of contributions in the field of digital geometry process...
A new scheme for the generation of a quadrilateral element mesh is presented. The algorithm makes us...
An algorithm is proposed to generate quadrilateral elements over a triangular element mesh by select...
This work is devoted to the description of an algorithm for automatic quadrilateral mesh generation....
An algorithm is proposed for the generation of 'hybrid' finite element mesh composed of square and t...
Besides triangle meshes, quadrilateral meshes are the most prominent discrete representation of surf...
A new approach for the automatic generation and refinement of finite element meshes over multiply co...
This work describes four methods implemented to achieve a convex quadrilaterization of the two- -dim...
A new approach to the automatic generation of a quadrilateral mesh with arbitrary line constraints i...
We investigate here problems of unstructured quadrilateral mesh generation for polygonal domains, wi...
This paper describes a scheme for finite element mesh generation of a convex, non-convex polygon and...
This paper is focused on the problematic of the meshes and tries to introduce the basic kinds of the...
This paper presents an implementation of a structured quadrilateral algorithm called submapping. Th...
A simple and fast method to generate graded quadrilateral mesh has been developed. This method guara...
An automatic adaptive quadrilateral mesh conversion scheme for the generation of adaptive refinement...
This habilitation thesis presents a series of contributions in the field of digital geometry process...