Emmanuel Promayon

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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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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


[ Softtissue ]


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

BibTex Reference

   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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