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Mostapha TARFAOUI

BREST

En résumé

Professor at ENSTA Bretagne and expert in "Nanotechnology and multifunctional materials" Author of +93 peer-reviewed articles and + 200 papers in international conferences. Supervision of +50 students in the field of materials and mechanics Expert for research projects funded by the European Union, local authorities, DGA ... Referent of +20 international scientific journals. Prize: "The Peer Prize for Climate", "French Navy, Amirale Daveluy", "University research competition and Innovation "," Innovation in Science and Technology of the Francophonie "," Future Projects 2018 - BPGO ". Member of several scientific associations. Project leader of several advanced industrial projects (WINFLO, PyWec, Bombardier Project ...).
My research is currently focused on 3 themes. The first is the integration of nanomaterials into composite structures to improve their mechanical, thermal and electrical performance. The second concerns multi-scale theoretical and numerical modelling of multiphysically coupled materials such as intelligent materials and structures. In parallel I work on the durability and repair of composite structures. And finally on the study of composites performance for marine renewable energies such as wind power, tidal turbine and wave energy. The published works have contributed significantly to answering scientific issues related to the use of composite materials in different sectors of activity.

Mes compétences :
Fluid Structure Interaction
Fracture behaviour
Damage modelling
Interlaminar & Intralaminar fracture toughness
Static and dynamic response
Finite element analysis
Nanoadditives (Carbon Nanotubes, Graphene Nanopart
Multifunctional materials
Composite and Nanocomposite materials
Mechanical, Thermal and Electrical behaviour

Entreprises

  • ENSTA Bretagne - Professor

    2001 - maintenant In recent years, a systemic approach to multifunctional materials has emerged with the search for performance indices. This reflection is part of an ecodesign approach in which the notion of sustainability is a factor of productivity. Scientific and technological issues are the sharing of knowledge from various disciplines to generate new or improved solutions. Multi-scale, multi-physics and multi-disciplinary approaches are rich in potential for increasing our knowledge of materials and improving our understanding of the process-properties-sustainability relationships that will optimize the technological solutions for the use of new generation materials.
    My research is currently focused on 3 themes. The first is the integration of nanomaterials into composite structures to improve their mechanical, thermal and electrical performance. The second concerns multi-scale theoretical and numerical modelling of multiphysically coupled materials such as intelligent materials and structures. In parallel I work on the durability and repair of composite structures. And finally on the study of composites performance for marine renewable energies such as wind power, tidal turbine and wave energy. The published works have contributed significantly to answering scientific issues related to the use of composite materials in different sectors of activity.

  • ENSTA Bretagne - Professor

    2001 - maintenant

Formations

  • Université De Haute Alsace

    Mulhouse 1995 - 1999 PhD.

    Mechanical behavior of woven structures for composite materials: case of taffetas and serge

Réseau

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