Thermal hydraulics and safety - International school in nuclear engineering
OBJECTIFS
- Describe the various scales of two-phase flow modelling and their significance.
- Present the different formulations of the 1D two-phase flow modelling (number and nature of balance equations, set of dependent variables, closure laws).
- Give practical and relevant examples of thermal hydraulic models in the nuclear field.
- Identify and to discuss the major physical phenomena involved during design basis accident and severe accidents.
- Describe the different scenarios of core degradation and corium interactions during severe accidents.
- Present the hydrogen risk in LWRs.
PUBLIC
The doctoral course is designed for young researchers, PhD students, post-doctorates and engineers from nuclear industry companies, research centres, Universities, Technical Safety Organizations (TSO), regulatory bodies.
PRÉ-REQUIS
Minimum background: Master of Science in Nuclear Engineering.
CONTENU
- Basic phenomena in single- and two-phase flow.
- Thermal hydraulic phenomena in LWRs.
- Multi-scale approach of LWR thermal hydraulics.
- System code modelling of reactor thermal hydraulics including advanced modelling.
- Simulation of LWR design basis accidents.
- Application of two-phase CFD to some reactor thermal hydraulic issues.
- Multiphase phenomena and modelling of severe accidents in LWRs.
- Hydrogen risk.
MÉTHODE
Lectures and exercises.
A technical visit will be organized if possible (availability of experimental facilities).
Maximum number of trainees: 24.
COLLABORATION
CEA/DEN (Nuclear Energy Division)
Session 2020
COORDINATION
Responsable(s) pédagogique(s) :
Saclay
-
M. Frédéric FOUQUET
frederic.fouquet@cea.fr
Tél. +33 1 69 08 48 82
CONTACT
Organisatrice(s) formation :
Saclay
Session 2021
DURÉE
5 jours (31 heures et 30 minutes)
COORDINATION
Responsable(s) pédagogique(s) :
Saclay
-
Mme Marie LELEUX
marie.leleux2@cea.fr
CONTACT
Organisatrice(s) formation :
Saclay
