Session 1A - Geometric Models

• 
  Robert Haimes, Curran Crawford: Unified Geometry Access for Analysis and Design. 21-31
• 
  Mark W. Beall, Joe Walsh, Mark S. Shephard: Accessing CAD Geometry for Mesh Generation. 33-42
• 
  Udo Tremel, Frank Deister, Oubay Hassan, Nigel P. Weatherill: Parallel Generation of Unstructured Surface Grids. 43-53
• 
  Timothy J. Baker: Interpolation from a Cloud of Points. 55-63

Session 1B - Mesh Refinement

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  Angel Plaza, Maria-Cecilia Rivara: Mesh Refinement Based on the 8-Tetrahedra Longest- Edge Partition. 67-78
• 
  José P. Suárez, Angel Plaza, Graham F. Carey: Propagation Path Properties in Iterative Longest-Edge Refinement. 79-90
• 
  Gary L. Miller, Steven E. Pav, Noel Walkington: When and Why Ruppert's Algorithm Works. 91-102
• 
  Neil Molino, Robert Bridson, Joseph Teran, Ronald Fedkiw: A Crystalline, Red Green Strategy for Meshing Highly Deformable Objects with Tetrahedra. 103-114

Plenary Session

• 
  David R. White, Sunil Saigal, Steven J. Owen: Meshing Complexity of Single Part CAD Models. 121-134
• 
  Daniel K. Blandford, Guy E. Blelloch, David E. Cardoze, Clemens Kadow: Compact Representations of Simplicial Meshes in Two and Three Dimensions. 135-146
• 
  Suzanne M. Shontz, Stephen A. Vavasis: A Mesh Warping Algorithm Based on Weighted Laplacian Smoothing. 147-158
• 
  Suneeta Ramaswami, Marcelo Siqueira, Tessa A. Sundaram, Jean H. Gallier, James C. Gee: A New Algorithm for Generating Quadrilateral Meshes and its Application to FE-Based Image Registration. 159-170

Session 2A - Surface Meshing

• 
  Ralf Sondershaus, Stefan Gumhold: Meshing of Diffusion Surfaces for Point-Based Tensor Field Visualization.
• 
  Oren Sifri, Alla Sheffer, Craig Gotsman: Geodesic-based Surface Remeshing. 189-199
• 
  Jean Cabello: Toward Quality Surface Meshing. 201-213
• 
  Vitaly Surazhsky, Pierre Alliez, Craig Gotsman: Isotropic Remeshing of Surfaces: A Local Parameterization Approach. 215-224

Session 2B - Quality

• 
  Patrick Degener, Jan Meseth, Reinhard Klein: An Adaptable Surface Parameterization Method. 201-213
• 
  Michael L. Brewer, Lori Freitag Diachin, Patrick M. Knupp, Thomas Leurent, Darryl J. Melander: The Mesquite Mesh Quality Improvement Toolkit.
• 
  Bhautik Joshi, Sébastien Ourselin: BSP-Assisted Constrained Tetrahedralization. 251-260
• 
  Ralf Sondershaus, Stefan Gumhold: Generalization of the Kantorovich Method of Dimensional Reduction.

Session 3A - Structured Meshing

• 
  Krishnakumar Rajagopalan, Peter R. Eiseman: Automatic Nested Refinement - A Technique for the Generation of High Quallity Multi-block Structured Grids for Multi-Scale Problems Using Gridpro. 277-284
• 
  Kerem Pekkan: Multiple Stationary and Moving Boundary Handling in Cartesian Grids. 285-292
• 
  Ko-Foa Tchon, Mohammed Khachan, François Guibault, Ricardo Camarero: Constructing Anisotropic Geometric Metrics using Octrees and Skeletons. 293-304

Session 3B - Adaptivity

• 
  Joseph R. Tristano, Zhijian Chen, D. Alfred Hancq, Wa Kwok: Fully Automatic Adaptive Mesh Refinement Integrated into the Solution Process. 307-314
• 
  Jin Zhu: A New Type of Size Function Respecting Premeshed Entities. 403-413
• 
  Jie Wan, Suleyman Kocak, Mark S. Shephard: Automated Adaptive Forming Simulations. 323-334
• 
  Pascal J. Frey, Frédéric Alauzet: Anisotropic Mesh Adaptation for Transient Flows Simulations. 335-348

Session 4 - Smoothing

• 
  Markus Berndt, Mikhail J. Shashkov: Multilevel Accelerated Optimization for Problems in Grid Generation. 351-359
• 
  Zhijian Chen, Joseph R. Tristano, Wa Kwok: Combined Laplacian and Optimization-based Smoothing for Quadratic Mixed Surface Meshes.
• 
  Larisa Branets, Graham F. Carey: A Local Cell Quality Metric and Variational Grid Smoothing Algorithm. 371-390
• 
  Nathan T. Folwell, Patrick M. Knupp, Michael L. Brewer: Increasing TAU3P Abort-time via Mesh Quality Improvement. 379-390

Session 5 - Mesh Topology

• 
  Paul-Louis George, Houman Borouchaki: Back to Edge Flips in 3 Dimensions. 393-402
• 
  Soji Yamakawa, Kenji Shimada: Increasing the Number and Volume of Hexahedral and Prism Elements in a Hex-Dominant Mesh by Topological Transformations. 403-413
• 
  Timothy J. Tautges, Sarah E. Knoop: Topology Modification of Hexahedral Meshes Using Atomic Dual-based Operations. 415-423
• 
  Tushar Udeshi: Tetrahedral Mesh Generation from Segmented Voxel Data.

last updated on Fri May 24 05:07:25 2013 by the dblp team
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