Emmanuel Promayon

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NMP+05

M. Nesme, M. Marchal, E. Promayon, M. Chabanas, Y. Payan, F. Faure. Physically Realistic Interactive Simulation for Biological Soft Tissues. In Recent Research Developments in Biomechanics, Vol. 2, pp. 1-22, Transworld Research Network, 2005.

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Abstract

Many applications in biomedical engineering andsurgical simulators require effective modeling methodsfor dynamic interactive simulations. Due to its highcomputation time, the standard Finite Element Method(FEM) cannot be used in such cases. A FEM-basedmethod is first presented, which rely on thedecomposition of the deformation of each element intoa rigid motion and a pure deformation, and a fastimplicit dynamic integration without assembling a globalstiffness matrix. A second physically-based discrete method is also proposed,derived from computer graphics modeling. These methods are finallycompared, in terms of accuracy and speed, to theoretical problems, FEMresults and experimental data

Keyword

[ Softtissue ]

Contact

Emmanuel Promayon http://membres-timc.imag.fr/Emmanuel.Promayon

BibTex Reference

@InCollection{NMP+05,
   Author = {Nesme, M. and Marchal, M. and Promayon, E. and Chabanas, M. and Payan, Y. and Faure, F.},
   Title = {Physically Realistic Interactive Simulation for Biological Soft Tissues},
   BookTitle = {Recent Research Developments in Biomechanics},
   Volume = {2},
   Pages = {1--22},
   Publisher = {Transworld Research Network},
   Year = {2005}
}

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