This project is conceived to improve your knowledge in nuclear reactor design
as taught in class (cf. the docs4nuke website for misc docs and slides)
by working on accessible research articles (cf. previous years).
Nuclear Design, How To ?
Teacher : Alexis Nuttin
4 subjects = 4 parts (defined below) of the two selected articles (pdf files via title links)
Understanding and synthesis work in group
During our brainstorming sessions and outside
Questions about precise issues to ask by e-mail
Send documents by e-mail before October 13
Slides in pdf, w/o animation (12 max. per group)
Abstract of about 500 words, for details slide by slide
Pedagogic & synthetic presentation ("best way to learn is to teach")
10-minute presentation per group (1/4h max.)
10-minute Q&A session (from the other groups)
by using if needed the three following documents (complementary to articles 1 and 2) :
IAEA-ARIS-SMR-2020 (Advances in Small Modular Reactor Technology Developments) for details on mPower for instance,
NuttinIcapp2019 (Study of D2O/H2O-cooled thorium-fueled PWR-like SMR cores) for a complete and simplified design method,
and DiamondNuclEngDes2001 (Intercomparison of results for a PWR rod ejection accident) for some REA basics and typical results.
article 1 : Y. Alzaben (KIT), Core neutronics and safety characteristics (...)
article 1, part a (from section 1 to 3) : introduction, design strategy, modelling
Lautaro, Ria, Daniel
article 1, part b (from section 4 to 6) : safety-related characteristics, verification, conclusion
Vuk, Fehim
article 2 : Y. Alzaben (KIT), Analysis of a control rod ejection accident (...)
article 2, part a (from 1 to section 3) : introduction, core features and REA criteria, methodology
Mathieu, Stanislas, Eloi
article 2, part b (from section 4 to 5) : performed simulations, power and thermal results, conclusion
Matteo, Alessandro, Emanuele