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AI支援型革新炉ライフサイクル最適化手法ARKADIAの開発,1; 全体計画

Development of advanced reactor knowledge- and AI-aided design integration approach through the whole plant lifecycle, ARKADIA, 1; Overall plan

大島 宏之; 浅山 泰 ; 古川 智弘  ; 田中 正暁  ; 高田 孝  ; 江沼 康弘  

Ohshima, Hiroyuki; Asayama, Tai; Furukawa, Tomohiro; Tanaka, Masaaki; Takata, Takashi; Enuma, Yasuhiro

原子力イノベーションにおいて民間で行われる多様な炉システムの概念検討及び概念絞り込みの支援を目的とし、高速炉を含めた革新炉に対する設計の最適化、既往知見を最大限活用した設計や安全評価を実現する、ナレッジベースとシミュレーション技術を統合したAI支援型革新炉ライフサイクル最適化手法ARKADIAの開発を開始した。本報ではその開発全体計画を概説する。

For the purpose of supporting the concept examination and narrowing down of various nuclear reactor systems conducted in the private sector in nuclear innovation, we have started the development of AI-aided advanced reactor life cycle optimization method, ARKADIA, that integrates knowledge base and simulation technology to optimize design for innovative nuclear reactors including fast reactor and realize design and safety evaluation that make the most of past knowledge. This paper outlines the overall development plan.

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