l'ISFIN propose deux offres de thèses en co-financement avec nos partenaires dans les domaines de la Fusion, de la Fusion et de l'instrumentation en environnement nucléaire
Offres de thèses ISFIN 2023
Development of a reduced turbulent transport model for the simulation of a full discharge in ITER
- RESEARCH FIELD(S): magnetic fusion – numerical modelling and simulation- turbulence - ITER
- JOB LOCATION: M2P2 (Marseille)
- CONTRACT AND SALARY: Aix-Marseille University’s 3 years PhD contract proposed by the Doctoral School 353
- APPLICATIONS MUST BE SENT TO: eric.serre@univ-amu.fr, hugo.bufferand@cea.fr
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.
- RESEARCH FIELD(S): Mechanics, Dynamics, Nuclear physics, Instrumentation
- JOB LOCATION: 90% CEA (Cadarache), 10% AMU-LMA (Marseille)
- CONTRACT AND SALARY: Aix-Marseille University’s 3 years PhD contract
- APPLICATIONS MUST BE SENT TO: lebon@lma.cnrs-mrs.fr, isfin-direction@univ-amu.fr
Emissivity behavior of materials submitted to hostile conditions
- RESEARCH FIELD(S): Physics, thermal characterization, radiative properties, fusion
- JOB LOCATION: AMU-IUSTI (70%), CEA-IRFM (30%)
- CONTRACT AND SALARY: Aix-Marseille University’s 3 years PhD contract
- APPLICATIONS MUST BE SENT TO: Jonathan.gaspar@univ-amu.fr, jean-laurent.gardarein@univ-amu.fr, isfin-direction@univ-amu.fr
CLOSED OFFERS 2020, 2021, 2022
Numerical resolution of fluid and kinetic equations for tokamak plasma coupling structured and unstructured meshes. Application to ITER plasma.
- Research fields : Applied mathematics
- Location : AMU-I2M (50%), AMU-M2P2 (50%)
Taking into account uncertainty and the unexpected in projects for the decommissioning of nuclear facilities.
- 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.
- Research fields : nonlinear homogenization, viscoplasticity of polycristals
- Location : LMA (70%), IRSN (30%)
Impact of turbulent transport on W accumulation and fusion performance in the central part of ITER plasmas.
- Research fields : magnetic fusion, plasma physics, turbulence
- Location : PIIM (60%), CEA-IRFM (20%), ITER-IO (20%)
Plasma Instability Identification through Machine Learning.
- 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.
- 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%)
Mode competition and turbulent electron heat transport in tokamaks.
- Research fields : Plasma theory and modelling (kinetic and gyrokinetic frameworks), Transport and Turbulence, Magnetic Fusion
- Location : PIIM (80%), CEA-IRFM Cadarache (20%)
Offres des laboratoires partenaires de l'ISFIN
Offres des partenaires de l'ISFIN
REQUESTED DOCUMENTS OF APPLICATION
- Grades from last completed degree
- Cover letter & Curriculum Vitae
- 2 Recommendation letters
- The internship report at the end of the study possibly