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3D FEA elastoplastic structural analysis of hypothetically cracked Monju FBR core support structures

3次元弾塑性FEAを用いて仮想的なき裂が発生した場合のもんじゅ炉心支持構造物の構造解析

Garcia Rodriguez, D.; 松原 慎一郎

Garcia Rodriguez, D.; Matsubara, Shinichiro

もんじゅ高速増殖炉の炉心支持取付台周辺のき裂の構造的信頼性についてFEAを用いて解析する。解析に用いる3Dシェルモデルは3Dソリッドモデルを用いた炉心支持取付台挙動の解析結果を用いて定める。初めに、弾塑性静的解析において、通常運転状況の下で、全体構造物が炉心支持取付け部すべてを失っても耐えることができることを示す。次に、地震荷重を推定する2倍弾性勾配法は、全周の50%以上のき裂を表現することを保証できることを示す。

Structural reliability of the circumferentially cracked core support mount of Monju FBR is analyzed using FEA. The 3D shell model employed was derived after detailed evaluation of the core support mount behavior with a specific 3D solid model. 1st, elastoplastic static analysis shows that, under nominal operating conditions, the overall structure would be able to survive a total loss of the core support mount. 2nd, using the double elastic slope method it was inferred that earthquake loading integrity could be warranted up to a crack representing over 50% of the total circumference.

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