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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
2 subjects = the two selected articles (pdf files via title links) = 4 groups (of 4 to 5)
Understanding and synthesis work in group
During our brainstorming sessions and outside
Questions about precise issues to ask by e-mail (to teacher and authors)
Send your two documents (cf. next point) by e-mail before October 2
Slides in pdf, w/o animation (15 max. per group)
Notes (written details) in pdf too, numbered slide by slide (2 pages max.)
Pedagogic ("best way to learn is to teach") & synthetic presentation on October 7
10 to 15-minute (max.) presentation per group
10 to 15-minute (max.) Q&A session (from other group and teacher)
Design analyses of boron-free PWR-like SMR cores:
Design analyses of boron-free PWR-like SMR cores:
- by US start-up (JFA, Idaho): article 1 (with optimization against fuel proliferation)
- by US start-up (JFA, Idaho): article 1 (with optimization against fuel proliferation)
- by CEA (France): article 2 (with special care on setting up a representative core benchmark)
- by CEA (France): article 2 (with special care on setting up a representative core benchmark)
article 1 : Mini-Reactor Proliferation-Resistant Fuel with Burnable Gd (...) Verification
group #1 : Ryan, Paolo, Michele, Fernando
group #1bis : Lorenzo, Lara, Jules, Axel, Tristan
article 2 : PRATIC: A soluble-boron-free, pressurized water cooled, SMR core benchmark
group #2 : Eloi, Aleksandra, Alessandro R., Sai
group #2bis : Claudia, Alessandro T., Alessandra, Arthur, Hugo
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