People

Structural and catalytic properties of HEA nanoparticles

Tel. +33 1 46 73 46 05

Modelling the structural, optical and electronic properties of nanomaterials

tel. +33 1 46 73 48 90 

Phase field modeling

tel. +33 1 46 73 44 41

Phase field modeling of hydrogen assisted crack propagation

tel. +33 1 46 73 45 74

Assistant (accounting, administration, secretarial)

Tel.  +33 1 46 73 44 46

Dislocation Dynamics simulations for the elaboration of multi-scale physical models of the plastic deformation of materials.

tel. +33 1 46 73 44 49

Phase field modelling

tel. +33 1 46 73 46 82

Simulation of plastic properties of materials

tel. +33 1 46 73 44 86

Thermodynamics of alloys and nanoalloys (atomic scale methods/X-ray diffraction): phase transitions, residual stresses.

Tel. +33 1 46 73 45 94

Phase transitions and microstructures (multiphysical phase field methods, atomic simulations).

Tel. +33 1 46 73 44 52

Structural and optical properties (dielectric response) of materials by transmission electron microscopy.

tel. +33 1 46 73 45 95  

Plastic deformation modelling at micro and nano scales.

tel. +33 1 46 73 45 62

Development of a strategy to synthesise metal catalysts for the selective growth of carbon nanotubes.

Tel.  +33 1 46 73 44 48

Optical properties of van der Waals heterostructures

tel. +33 1 46 73 45 33

Modeling microstructural evolution in metal alloys.

Tel.  +33 1 46 73 45 92

Synthesis and study of the structural, optical and electronic properties of nanomaterials by optical spectroscopy and TEM-EELS.

Tel. +33 1 46 73 44 53

Informatics, SEM - FIB

tel. +33 1 46 73 44 44

Artificial intelligence applied to transmission electron microscopy

tel. +33 1 46 73 44 45

Phase field modeling (microstructural evolution, plasticity, damage...).

tel. +33 1 46 73 44 43 

Modelling 2D-heterostrucures by tight-binding and DFT.

tel. +33 1 46 73 45 04

Ab-initio modelling of electronic and optical properties (TD-DFT and MBPT).

tel. +33 1 46 73 44 64