Object oriented programming in Matlab

Address the different mechanical consequences of structural transformations in the solid state: phenomenology and modeling.

To bring the notions of solid solid heterogeneous medium, of Representative Elementary Volume, of scale change and to approach the search for effective properties on examples in elasticity and elastoplasticity by numerical approaches

Polymer classification, shaping criteria, characterization techniques for plastics, etc

Depending on the material (metal, macromolecular, wood, concrete, ...), understand the microscopic mechanisms responsible for mechanical properties.

Have a good overview on the diversity of phenomena related to the irreversible behavior of materials and their modelizations

Master the concept of hybrid materials and their different variants to design parts with complex specifications

Present generalities on the implementation of organic matrix composites: thermosetting and thermoplastic. Understand behavior coupled THMC (Thermo-Hydro-Mechanical and Chemical) in fibrous media and the influence on the
health material composite materials

Basic knowledge of the mechanical behavior of emerging materials. Applications

Introduce fundamental concepts of Bio-Inspired Mechanical Design, an approach that seeks solutions to human challenges within the natural world. Methods and solutions from structural mechanics and materials will be studied.