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Mechanics &living systems
We study mechanical effects in living systems, particularly in the interactions of fluids and solids. Applications are both in the domain of plants and of animals. This research is a joint operation between LadHyX, LMS and INRIA, the "Mechanics and Living Systems" initiative.
People involved : - LMS : Jean-Marc ALLAIN (MdC), Xavier BOUTILLON (DR CNRS), Barbara LYNCH (PhD student), Anders THORIN (PhD student)
- LadHyX : Avin BABATAHERI (IR), Abdul BARAKAT (DR CNRS), Gabriel AMSELLEM (postdoc), Thomas BAROIS (postdoc), Charles BAROUD (PCC), Franz BOSZAK (PhD student), Emmanuel DE LANGRE (P), David GONZALEZ-RODRIGUEZ (postdoc), Cécile GOUGET (PhD student), Pascal HEMON (IR CNRS), Julien HUSSON (MdC), Nicolas TACCOEN (PhD student), Loïc TADRIST (PhD student)
- INRIA : Mathieu CARRUEL (postdoc), Dominique CHAPELLE (team leader), Annabelle COLLIN (PhD student), Alexandre IMPERIAL (PhD student), Karine MAUFFREY (postdoc), Philipe MOIREAU (researcher)
Biomechanics and biomimeticsEmmanuel De Langre - Pascal HémonJanuary 25, 2012We study mechanical effects in living systems, particularly in the interactions of fluids and solids. Applications are both in the domain of plants and of animals. Lire la suite
Cardiovascular Cellular EngineeringAbdul Barakat - Avin Babataheri - Julien HussonFebruary 9, 2012Our mission is to contribute to the understanding of the role that arterial fluid mechanics play in the development of atherosclerosis. Lire la suite
Cellular modelisationJean-Marc AllainJune 19, 2010Page en cours de développement Lire la suite
Modeling, Analysis and Control in computational Structural dynamics Dominique Chapelle - Philippe Moireau12 novembre 2012A keen interest in questions arising from the need to model biomechanical systems - and to discretize such problems - has always been present in the team since its creation.
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