The use of feature recognition as part of an overall decomposition-based hexahedral meshing approach is described in this paper. The meshing approach consists of feature recognition, using a c-loop or hybrid c-loop method, and the use of cutting surfaces to decompose the solid model. These steps are part of an iterative process, which proceeds either until no more features can be recognized or until the model has been completely decomposed into meshable sub-volumes. This method can greatly reduce the time required to generate an all-hexahedral mesh, either through the use of more efficient meshing algorithms on more of the geometry or by reducing the amount of manual decomposition required to mesh a volume
Current hexahedral mesh generation techniques rely on a set of meshing tools, which when combined wi...
The finite element method is being used today to model component assemblies in a wide variety of app...
High quality tetrahedral/hexahedral mesh generation is important for a wide range of applications in...
Considerable progress has been made on automatic hexahedral mesh generation in recent years. Several...
Considerable progress has been made on automatic hexahedral mesh generation in recent years. Several...
Much progress has been made through these years to achieve automatic hexahedral mesh generation. Whi...
Polygonal models are the most common representation of 3D data in computer graphics and in reverse e...
We present a new fully automatic block-decomposition algorithm for feature-preserving, strongly hex-...
An algorithm for the generation of hexahedral element meshes is demonstrated. The algorithm starts b...
. In this paper we present a recursive volume decomposition method for automatically decomposing com...
Generating hexahedral meshes is often an expensive process, which limits the use of high-fidelity nu...
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...
Triangle meshes have become an increasingly popular shape representation. Given the ease of standard...
A generic algorithm is proposed to merge structured and unstructured hexahedral meshes automatically...
Current hexahedral mesh generation techniques rely on a set of meshing tools, which when combined wi...
The finite element method is being used today to model component assemblies in a wide variety of app...
High quality tetrahedral/hexahedral mesh generation is important for a wide range of applications in...
Considerable progress has been made on automatic hexahedral mesh generation in recent years. Several...
Considerable progress has been made on automatic hexahedral mesh generation in recent years. Several...
Much progress has been made through these years to achieve automatic hexahedral mesh generation. Whi...
Polygonal models are the most common representation of 3D data in computer graphics and in reverse e...
We present a new fully automatic block-decomposition algorithm for feature-preserving, strongly hex-...
An algorithm for the generation of hexahedral element meshes is demonstrated. The algorithm starts b...
. In this paper we present a recursive volume decomposition method for automatically decomposing com...
Generating hexahedral meshes is often an expensive process, which limits the use of high-fidelity nu...
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...
Triangle meshes have become an increasingly popular shape representation. Given the ease of standard...
A generic algorithm is proposed to merge structured and unstructured hexahedral meshes automatically...
Current hexahedral mesh generation techniques rely on a set of meshing tools, which when combined wi...
The finite element method is being used today to model component assemblies in a wide variety of app...
High quality tetrahedral/hexahedral mesh generation is important for a wide range of applications in...