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Academic Training
Habilitation in Mechanics, ENS-Cachan, France (2008)
Visiting Researcher, University of California, Berkeley,
USA (2007-2008)
Ph.D. in Mechanical Engineering (with Distinctions),
École Normale Supérieure de Cachan (ENS-Cachan), Paris VI University,
France (2002)
Postgraduate Degree (with Distinctions), École Normale
Supérieure de Cachan (ENS-Cachan), France (2000)
“Agrégation” (French High-Level Qualification for
Teaching) in Theoretical Mechanics (1999)
M.S. in Mechanical Engineering (with Distinctions),
École Normale Supérieure de Cachan (ENS-Cachan), France (1998)
Professional Profile
Part-Time Faculty, École Polytechnique, Palaiseau,
France (2008-2009)
Visiting Researcher at EADS Innovation Work, Suresnes,
France (Spring 2007)
Assistant Professor, Structures and Systems Department,
Laboratory of Mechanics and Technology (LMT-Cachan/ENS-Cachan), France
(2003-2009)
Academic administrator for the Master of Mechanical
Engineering, ENS Cachan, France (2005-2007)
Head of the Composites, Micro and Nanostructures
Research Unit, Laboratory of Mechanics and Technology (LMT-Cachan),
France (2007-2009)
Scientific and Professional Memberships
Member, American Institute of Aeronautics and
Astronautics
Executive council, French Association for Composite
Materials
Member, French association for Mechanical Engineering
Awards and Recognition
Fellowship of the French Ministry of Defense (2007/2008)
Fellowship of the CNRS (2007/2008)
Daniel Valentin Award (2004). The prize is awarded every
year to one researcher under the age of 35 by the French Association
for Composite Materials (AMAC) to reward global, innovating and
promising research work related to composite materials.
Research background
His activities are in a
general way related to the prediction of degradation within laminated
and thermostructural composites. He participates more specifically in
the improvement of mesoscale damage approaches, by developing their
links with micromechanics. The introduction of these research
innovations within efficient frameworks for the industrial partners is
also a key point of his work. Due to these enhanced simulation tools,
the identification procedure for these materials can also be largely
improved, by coupling reliable numerical simulation and data extraction
on experimental observation. He is currently interested in
multifunctional aspects for composite materials, inverse problems for
identification based on 2D and 3D full field measurements, aging and
multiphysics issues in composites. These experimental and theoretical
issues are fundamental for achieving new challenges in composite
applications.
Dr. Lubineau's activities are in a
general way related to the prediction and simulation of non-linear
behaviors in composite materials. He participated more specifically in
the improvement of mesoscale damage approaches, by developing their
links with micromechanics. The introduction of these research
innovations within efficient frameworks for the industrial partners is
also a key point of his work. Due to these enhanced simulation tools,
the identification procedure for these materials can also be largely
improved, by coupling reliable numerical simulation and data extraction
on experimental observation. He is currently interested in
multifunctional aspects for composite materials, inverse problems for
identification based on 2D and 3D full field measurements, aging and
multiphysics issues in composites. These experimental and theoretical
issues are fundamental for achieving new challenges in composite
applications.
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