Physics of Metals
METHODOLOGICAL AND INSTRUMENTAL DEVELOPMENT
On the experimental side, we use and develop new techniques and data analysis approaches: synchrotron techniques (3D imaging using coherent diffraction, SAXS, XPS) and lab equipment (combinatorial elaboration, nano-indentation coupled with electrical measurements, TEM-astar, and mechanical testing). On the computational side, we employ and develop finite elements, morphological optimizations (multiconstraints) and electronic structure ab initio methods.
Constellium, Areva, Saint Gobain, Framatome, ArcelorMittal
Date of update May 10, 2022