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ISFIN offers theses co-financed with our partners in the fields of fission, fusion and instrumentation in nuclear environments.
ISFIN 2024 thesis offers
CLOSED OFFERS 2020, 2021, 2022
Development of a reduced turbulent transport model for the simulation of a full discharge in ITER
Development of vibrational technique for solicitation, measurement and interpretation to characterize the interactions between components of a complex structure in an extreme environment: Evaluation of their application to measurement in the RJH nuclear reactor.
Numerical resolution of fluid and kinetic equations for tokamak plasma coupling structured and unstructured meshes. Application to ITER plasma.
Taking into account uncertainty and the unexpected in projects for the decommissioning of nuclear facilities.
- RESEARCH FIELD(S): magnetic fusion - numerical modelling and simulation- turbulence - ITER
- JOB LOCATION: M2P2 (Marseille)
- RESEARCH FIELD(S): Mechanics, Dynamics, Nuclear physics, Instrumentation
- JOB LOCATION: 90% CEA (Cadarache), 10% AMU-LMA (Marseille)
- Research fields : Applied mathematics
- Location : AMU-I2M (50%), AMU-M2P2 (50%)
- Research fields : Sociology of work
- Location: AMU-MESOPOLHIS (80%), IRSN-LSHS (20%)
Micromechanical modeling of the viscoplastic behavior of a polycrystal: application to the hardening of an irradiated steel.
Impact of turbulent transport on W accumulation and fusion performance in the central part of ITER plasmas.
Plasma Instability Identification through Machine Learning.
- Research fields: nonlinear homogenization, viscoplasticity of polycrystals
- Location: LMA (70%), IRSN (30%)
- Research fields: magnetic fusion, plasma physics, turbulence
- Location: PIIM (60%), CEA-IRFM (20%), ITER-IO (20%)
- Research fields: nuclear fusion, modelling and simulation, artificial intelligence, statistical methods
- Location: PIIM, ITER-IO
Advanced solid state detectors for 2 to 20 MeV neutron energy ranges detection and monitoring in fusion and fission environments.
Mode competition and turbulent electron heat transport in tokamaks.
Emissivity behavior of materials submitted to hostile conditions
- Research fields: Radiation detection and measurement, Rays interaction with matter, Instrumentation, semiconductors, Nuclear physics (fission and fusion), Signal treatment and analysis
- Location: IM2NP (50%), CEA Cadarache (50%)
- Research fields: Plasma theory and modelling (kinetic and gyrokinetic frameworks), Transport and Turbulence, Magnetic Fusion
- Location: PIIM (80%), CEA-IRFM Cadarache (20%)
- RESEARCH FIELD(S): Physics, thermal characterization, radiative properties, fusion
- JOB LOCATION: AMU-IUSTI (70%), CEA-IRFM (30%)
