School of engineering in Physics, Applied Physics, Electronics & Materials
In this course, each chapter is followed by a group project. With some technical help and communication advice from the teacher, each group has to understand (fully or half of) a scientific article (from a journal or a conference) dealing with some design studies or issues of an existing or paper nuclear reactor.
Since articles which complete each other are chosen, all different aspects about this (often innovative) nuclear reactor type are thus finally studied by the entire class and a consistent "student conference" can be given on the subject at the end by all groups, as an evaluation.
Course is decomposed into 4 big parts (in september-october)
Chapter 1 : design principles, attempt of classification
Chapter 2 : water-moderated reactors (PWR, CANDU, ...)
Chapter 3 : graphite-moderated reactors (RBMK, GTR, HTR, ...)
Chapter 4 : fast systems (GFR, SFR) and even more exotic/innovative ones
You can find on this web page :
all the student works performed and presented in conference the previous years.
Solid bases in neutronics, thermalhydraulics and materials
Notions on nuclear reactor operation
Project (prepared in class along with lectures), with presentations (in 2 public sessions of 2h each), abstracts and Questions & Answers (end of october).
Une note par groupe pour la présentation (incluant le travail de préparation, le résumé, la qualité des réponses aux questions).
This course brings 1.5 ECTS to students in TU Simulations (DD - S9)
This course brings 1.5 ECTS to students in UE Thermal hydraulics 3 DD GEN S9
Duderstadt & Hamilton, Nuclear Reactor Analysis
Date of update March 18, 2019