Sweeping has become the workhorse algorithm for creating conforming hexahedral meshes of complex models. This paper describes progress on the automatic, robust generation of MultiSwept meshes in CUBIT. MultiSweeping extends the class of volumes that may be swept to include those with multiple source and multiple target surfaces. While not yet perfect, CUBIT's MultiSweeping has recently become more reliable, and been extended to assemblies of volumes. Sweep Forging automates the process of making a volume (multi) sweepable: Sweep Verification takes the given source and target surfaces, and automatically classifies curve and vertex types so that sweep layers are well formed and progress from sources to targets
Geometric modeling of a moving object (a generator) depends on two factors: its geometry and motion ...
Applying sweep operations on 2-D closed contours is a well known method for modelling 3-D solid obje...
This paper presents an algorithm that approximates (using polygons) the boundary of a general sweep ...
Current hexahedral mesh generation techniques rely on a set of meshing tools, which when combined wi...
One of the most used algorithms to generate hexahedral meshes for extrusion volumes is the multi-sw...
The multi-sweeping method is one of the most used algorithms to generate hexahedral meshes for extru...
One of the most widely used algorithms to generate hexahedral meshes in extrusion volumes with sever...
AbstractAutomatic and high quality hexahedral meshing of complex solid models is still a challenging...
AbstractOne of the most robust and widely used algorithms for all-hexahedral meshes is the sweeping ...
Sweep method is one of the most robust techniques to generate hexahedral meshes in extrusion volumes...
. In this paper we present a recursive volume decomposition method for automatically decomposing com...
Abstract: Hexahedral elements provide greater accuracy and efficiency over tetrahedral elements for ...
Evaluating the volume swept out by a three-dimensional (3D) object as it moves along an arbitrary pa...
technical reportRecently, constructive solid geometry (CSG) techniques have been generalized to incl...
The swept volume problem is practical, dif®cult and interesting enough to have received a great deal...
Geometric modeling of a moving object (a generator) depends on two factors: its geometry and motion ...
Applying sweep operations on 2-D closed contours is a well known method for modelling 3-D solid obje...
This paper presents an algorithm that approximates (using polygons) the boundary of a general sweep ...
Current hexahedral mesh generation techniques rely on a set of meshing tools, which when combined wi...
One of the most used algorithms to generate hexahedral meshes for extrusion volumes is the multi-sw...
The multi-sweeping method is one of the most used algorithms to generate hexahedral meshes for extru...
One of the most widely used algorithms to generate hexahedral meshes in extrusion volumes with sever...
AbstractAutomatic and high quality hexahedral meshing of complex solid models is still a challenging...
AbstractOne of the most robust and widely used algorithms for all-hexahedral meshes is the sweeping ...
Sweep method is one of the most robust techniques to generate hexahedral meshes in extrusion volumes...
. In this paper we present a recursive volume decomposition method for automatically decomposing com...
Abstract: Hexahedral elements provide greater accuracy and efficiency over tetrahedral elements for ...
Evaluating the volume swept out by a three-dimensional (3D) object as it moves along an arbitrary pa...
technical reportRecently, constructive solid geometry (CSG) techniques have been generalized to incl...
The swept volume problem is practical, dif®cult and interesting enough to have received a great deal...
Geometric modeling of a moving object (a generator) depends on two factors: its geometry and motion ...
Applying sweep operations on 2-D closed contours is a well known method for modelling 3-D solid obje...
This paper presents an algorithm that approximates (using polygons) the boundary of a general sweep ...