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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)
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 3
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 8
15-minute (maximum) presentation per group (of 3)
15-minute Q&A session (from other group and teacher)
Typical transient analyses by HZDR's computational tools :
Typical transient analyses by HZDR's computational tools :
- Superphénix start-up tests : article 1 below and if needed, as a complement, this article back in 1990 by CEA, Framatome and EDF (detailing SPX and its commissioning tests) and this other article (published in same volume, on thermal feedback effects in SPX)
- Superphénix start-up tests : article 1 below and if needed, as a complement, this article back in 1990 by CEA, Framatome and EDF (detailing SPX and its commissioning tests) and this other article (published in same volume, on thermal feedback effects in SPX)
- NuScale-like safety transients : article 2 below and if needed, as a complement, this extract from IAEA's note on the NuScale SMR project from aris.iaea.org (general description) and this other extract (from same note, on NuScale safety systems)
- NuScale-like safety transients : article 2 below and if needed, as a complement, this extract from IAEA's note on the NuScale SMR project from aris.iaea.org (general description) and this other extract (from same note, on NuScale safety systems)
Vidéo de gauche : vues d'extérieur et d'intérieur de SPX en exploitation (back in 1997, dans le contexte politique de sa fermeture prochaine et avec les habituels angles médiatiques antinucléaires de l'époque), à compléter par cette vidéo d'un webinar récent sur les SFR (je vous conseille le petit 1/4h allant de 31:00 à 46:00 environ)
Vidéo de droite : description du principe de fonctionnement global (du combustible à la turbine) d'un réacteur NuScale, à compléter par celles vues en cours et fournies par la chaîne "NuScale Power" (1. DHRS et ensuite 2. Station Blackout dans le cas le plus fréquent, 3. ECCS quand les deux Steam Generators ne peuvent plus être utilisés)
article 1 : Coupled 3D N/TH analysis of Superphénix start-up tests (...)
groupe 1 : Paul and Francisco
article 2 : NuScale-like SMR model (...) and applied safety analyses (...)
groupe 2 : Aayush, Ying Xiang and Lilian
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