5IMR Speakers & Sessions

Keynote Address
Give me a good mesh
David Field, General Motors Research & Development Center
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Session 1 - General
1a - CAD data repair
Geoffrey Butlin, Mark Gammon, Maritin Jones, John Rawlinson
1b - The Cooper Tool
Ted Blacker
1c - Delaunay tetrahedralization using an advancing-front approach
Pascal J. Frey, Houman Borouchaki, Paul-Louis George
Session 2 - General
2a - Control volume meshes using sphere packing: generation, refinement
& coarsening
Gary L. Miller, Dafna Talmor, Shang-Hua Teng, Noel Walkington, Han
Wang
2b - A pliant method for anisotropic mesh generation
Frank J. Bossen, Paul S. Heckbert
Session 3 - General
3a - New mathematical tool and techniques for the refinement and/or improvement
of unstructured triangulations
Maria-Cecilia Rivara
3b - A comparison of tetrahedral mesh improvement techniques
Lori Freitag and Carl Ollivier-Gooch
Session 4A - Refinement and Partitioning
4a1 - Prepartitioning as a way to mesh subdomains in parallel
Jerome Galtier and Paul-Louis George
4a2 - About local refinement of tetrahedral grids based on bisection
A. Plaza and G. F. Carey
4a3 - The efficient location of neighbors for locally refined $n$-simplicial
grids
Joseph M. Maubach
Session 4B - Meshing from Special Geometric Models
4b1 - Constructive solid geometry, the CAD-FEM connection
Pedro V. Marcal
4b2 - Boundary and 3D triangular meshes from planar cross sections
Chandrajit L. Bajaj, Edward J. Coyle and Kwun-Nan Lin
4b3 - Energy-minimizing approach to meshing curved wire-frame models
Atsushi Yamada, Kenji Shimada, Takayuki Iboh
Session 5A -3D-Tree Refinement, Hexahedra, and Sweeping
5a1 - 1-Irregular element tessellation in mixed element meshes for the
control volume discretization method
Nancy Hitschfeld and Rodrigo Farias
5a2 - Octree-based generation of hexahedral element meshes
R. Schneiders, R. Schindler and F. Weiler
5a3 - An improved sweeping method for generating all hexahedral finite
element meshes
Lai Mingwu and Steven E. Benzley
Session 5B - Surface Meshing
5b1 - Unstructured triangular-quadrilateral mesh generation application
to surface meshing
Houman Borouchaki, Pascal J. Frey, Paul-Louis George
5b2 - Surface meshing using vertex insertion
H. L. de Cougny and M. S. Shephard
5b3 - Improved mesh generation: not simple but good
Friedhelm Neugebauer, Ralf Dickmann
Session 6A - Hexahedral Meshing
6a1 - Automated hexahedral mesh generation by swept volume decomposition
and recomposition
Bih-Yaw Shih and Hiroshi Sakurai
6a2 - Automatic hexahedral mesh generation system based on shape-recognition
and boundary-fit method
N. Chiba, I. Nisbigaki, Y. Yamasbita, C. Takizawa and K. Fujisbiro
6a3 - Basic logical bulk shapes (BLOBs) for finite element hexahedral
mesh generation
Shang-Sheng Liu and Rajit Gadh
Session 6B - Analysis and Visualization
6b1 - Dimensional reduction of analysis models
R.J. Donaghy, W. McCune, S.J. Bridgett, C.G. Armstrong, D.J.
Robinson, R.M. McKeag
6b2 - Development and evaluation of a degenerate seven-node hexahedron
finite element
Brett W. Clark and Steven E. Benzley
6b3 - MeshView: visualizing 3D unstructured meshes
Carole S. Gitlin and Christopher R. Johnson
Agenda
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