Modelling the structural, optical and electronic properties of nanomaterials
tel. +33 1 46 73 48 90
Theoretical study of the optical properties of 2D materials.
tel. +33 1 46 73 48 90
Multiscale modelling of plasticity. Defects, microstructure and mechanical properties.
tel. +33 1 4673 44 42
Mid-IR Opto-Electronics based on Black Phosphorus
Assistant (accounting, administration, secretarial)
Tel. +33 1 46 73 44 40
Modeling the microstructural evolution of metallic materials under extreme conditions
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
Order-disorder in transition metals / Nanotube growth / Optical properties (BN, 2D materials).
tel. +33 1 46 73 44 51
Multi-physics modelling of short crack propagation in ductile materials
Tel. +33 1 46 73 44 42
Diffusion and oxidation in complex materials, intermetallics and MAX phases.
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
Atomic-scale simulations: development of tight-binding potentials incorporating magnetism.
Tel. +33 1 46 74 44 54
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
Modeling of twinning in beta-metastable titanium alloys by phase field method.
Tel. +33 1 46 73 44 86
Financial management to assist scientific projects. Management of "Mice" and European projects.
Tel. +33 1 46 73 45 99
Electronic structure, Electron microscopy.
tel. +33 1 46 73 45 42
Multiscale modelling of the mechanical behaviour of steel. Development of crystal plasticity laws physically justified.
tel. +33 1 46 73 45 32
Self-organization of deformation microstructures, modelling of plastic and cyclic deformation instabilities.
Tel. +33 1 46 73 44 41
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
Development of a strategy to synthesise metal catalysts for the selective growth of carbon nanotubes
Tel. +33 1 46 73 45 63
Max Phases
Tel. +33 1 46 73 44 42
Optical and structural properties of 2D nanomaterials (graphene, BN and heterostructures).
Tel. +33 1 46 73 45 46
CVD synthesis of graphene and hexagonal boron nitride / Characterization by Raman, SEM, TEM, Photoluminescence.
Tel. +33 1 46 73 45 98
Modeling ionic conductivity in ceramics
tel. +33 1 46 73 45 09
Plasticity.
tel. +33 1 46 73 44 43
Ab-initio modelling of electronic and optical properties (TD-DFT and MBPT).
tel. +33 1 46 73 44 64