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Doctoral School 409 : ENERGY MECHANICS MATERIALS

Description

Doctoral School 409 : ENERGY MECHANICS MATERIALS
http://www.emma.univ-lorraine.fr/

Manager

2 av de la Forêt de Haye
BP 3
54501 VANDOEUVRE-LES-NANCY CEDEX
+ 33 (0)3 83 59 60 93
christine.sartori@univ-lorraine.fr

Institution of affiliation

Lorraine University
Supélec : Higher School of Electricity – Metz Campus

scientific pedagogic and technical management(s) (DSPT)

Department of Engineering Science
Department of Communication and Information Sciences and Technologies

Department of Physics
Department of Chemistry

Subject

Engineering of elaboration Processes of materials basic methods, reactors, modelling-simulation-control; industrial energetics; melting and solidification; production of metastable structures.
Physical chemistry for engineering, Materials for industry.
Complex fluids, polymers, divided solids.
In complementary education: Engineering of industrial systems: project management, management of technological systems, production and quality management.
Fluid, thermal, plasma environment mechanics; energetics; phenomena of transfer in turbulent flows;
complex and diphasic fluids; coupled transfers in heterogeneous environments; M.H.D. ; plasmas; digital modelling of flows.
Hydro and thermal dynamics of porous environments.
Optoelectronics
Mechanics of solids and materials; thermorheology and modeling of the behaviour; calculation of structures; thermophysical properties.
Surfaces and intersurfaces; mechanical, physical, chemical properties; thermal and thermomechanical treatments, surface treatments; application of the realisation of microsystems.
Properties, transformations and transitions of phases; transformations of structural phases; mechanics of the rupture of different materials;
mechanical properties of metastable systems; growth of grains in polycrystalline structures.
Physical metallurgy; physics and chemistry of the solid; new materials; structures-properties relationships
Mechatronics, robotics, management of computer-aided manufacturing.