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Pitting a New Hybrid Approach for Maintaining Simulation Stability after Mesh Cutting Against Standard Remeshing Strategies

Luis Gutiérrez, Iker Aguinaga, Basil Fierz, Félix Ramos, Matthias Harders
Procedings Computer Graphics International
June 2011

Abstract

In previous work we have developed a new hybrid approach for handling ill-shaped elements possibly appearing after cutting simulation meshes. In this work we compare the approach with existing standard techniques commonly employed to treat topological changes in deformation meshes. Our results indicate that the hybrid approach might be better suited for real-time simulations than using standard mesh improvement methods, since the latter require an order of magnitude larger processing times.


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@InProceedings{eth_biwi_00824,
  author = {Luis Gutiérrez and Iker Aguinaga and Basil Fierz and Félix Ramos and Matthias Harders},
  title = {Pitting a New Hybrid Approach for Maintaining Simulation Stability after Mesh Cutting Against Standard Remeshing Strategies},
  booktitle = {Procedings Computer Graphics International},
  year = {2011},
  month = {June},
  keywords = {Cutting, Mesh improvement, Explicit integration, Physically-based simulations}
}