Technical skill sheet

Mechanical and multi-physical modelling

  • Centre of research : MINES ParisTech, centre de mise en forme des matriaux - CEMEF
  • Prestation : Characterization, tries, tests, checks, formulation - Research and Development

Contact Expert


Analysis and development of efficient digital methods for the digital modelling by finite elements, analysis and optimization of linear and non-linear problems in solid mechanics with multi-physical couplings

Research axis : - Mechanical modelling by finite elements of damage and fissuration for creation of a virtual global chain of digital shaping simulations - Digital modelling, optimization and control of processes with electromagnetic couplings (continuous or alternative current) for heating and shaping applications - Reduction of calculation time, development of efficient multi grid methods, development of explicit methods for high speed process simulation - Biomechanical activity, mechanical comportment of living organs : hyper elastic comportment of soft tissue, elastic comportment of bones depending on bone density, implant and prosthesis modelling


The CEMEF research activities concern all types of material (metal, polymers, composites, glass, material for food products ...).


Parallel and sequential calculation capacities with about 10 parallel calculators with different architectures including one new cluster with 500 processors installed in 2008

Torsion with induction heating

Mini traction and mini torsion with heating (Joule effect) followed by resistivity

Tools for mechanical characterization of biological material (Rhobiol clip, indentation)