Lamé_Illustration
© UnivTours
Laboratoire de Mécanique Gabriel Lamé
Address

EA 7494 - Laboratoire de Mécanique Gabriel Lamé
Site de Tours 7 Avenue Marcel Dassault
Tours 37200
France

Director
Stéphane Meo
Contact
contact.lame@univ-tours.fr / secretariat.lame@univ-orleans.fr

4 other sites: Orléans (Polytech), Bourges (INSA & IUT), Blois (INSA) & Chartres (Polytech)

Three universities in the Center Val-de_Loire region bring together their research teams in the field of mechanics, materials, structures and civil engineering in a laborato­ry. This new research unit brings together 54 permanent research professors and about 40 PhD students. 

The activity is organised around 4 research teams:

  • Mechanical Behaviour of Materials and Processes (C2MP),
  • Dynamics and Vibrations of Structures (DVS),
  • Multi-scale, Multi-physics Characterisation and Modelling (C3M),
  • Degradation, Fatigue and Vulnerability (DFV).

Research topics:

Team 1 - «  Mechanical Behavior of Materials and Processes (C2MP) »: eco-friendly construction materials, additive manufacturing, processes and mechanics of fiber reinforcements in composites, machining, and surface integrity.

Team 2 - «  Structural Dynamics and Vibrations (DVS) » : nonlinear dynamics, shocks and vibrations, and structural analysis.

Team 3 – «  Multiscale, Multiphysics Characterization and Modeling (C3M) » : multiphysics characterization, scale transition, coupled constitutive laws, and advanced numerical simulations.

Team 4 – «  Degradation, Fatigue and Vulnerability (DFV) » : modeling the behavior of aggregate and composite materials, durability of built heritage, fatigue and aging, and dynamic material degradation.

Equipment and technology:

Material testing:

  • Testing machines (tension, tension-torsion, steady state et dynamical, fatigue…)
  • Rheology (DMA),
  • MEB,
  • Processes,
  • Hot tests (1200°) controlled atmosphere,
  • X-ray microtomography
  • Physicochemical characterization (DSC, ATG...)
  • Geomaterials,
  • Hopkinson bars

Structures tests:

  • Vibrations
  • Shocks
  • Explosions

Analysis techniques:

  • Camera
  • Fast camera

 

INSA CVL
Université de Tours
Université d'Orléans