（MHI NSエンジ）
著者に関連した記事は2件です。
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第15回
配管系の弾塑性解析手法の検討 (その１)
著者:
小島 信之,蒲谷 拓郎,荒井 雅史,廣内 悟,板東 雅嗣,（MHI NSエンジ）
発刊日:
公開日:
キーワードタグ:
carbon steel piping curve of fatigue elasto-plastic analysis method fatigue life strain range
小島 信之,蒲谷 拓郎,荒井 雅史,廣内 悟,板東 雅嗣,（MHI NSエンジ）
発刊日:
公開日:
キーワードタグ:
carbon steel piping curve of fatigue elasto-plastic analysis method fatigue life strain range
This report proposes an elasto-plastic analysis method to be used for practical aseismic designing of nuclear piping system made of carbon steel. This elasto-plastic analysis method is based on the elasto-plastic analysis method which has been decided by JSME. By using this analysis method, the test result has been reproduced with sufficient accuracy for the strain range used as the intensity evaluation index of carbon steel piping. Furthermore, fatigue life has also been reproduced with sufficient accuracy...
英字タイトル:
Investigation on Method of Elasto-plastic Analysis for Piping System (No.1)
英字タイトル:
Investigation on Method of Elasto-plastic Analysis for Piping System (No.1)
第15回
配管系の弾塑性解析手法の検討 (その２)
著者:
小島 信之,蒲谷 拓郎,荒井 雅史,廣内 悟,板東 雅嗣,（MHI NSエンジ）
発刊日:
公開日:
キーワードタグ:
austenitic stainless steel piping elasto-plastic analysis method elbow strain range tee
小島 信之,蒲谷 拓郎,荒井 雅史,廣内 悟,板東 雅嗣,（MHI NSエンジ）
発刊日:
公開日:
キーワードタグ:
austenitic stainless steel piping elasto-plastic analysis method elbow strain range tee
This report proposes an elasto-plastic analysis method to be used for practical aseismic designing of nuclear piping system made of austenitic stainless steel. This elasto-plastic analysis method is based on the elasto-plastic analysis method which has been decided by JSME. By using this analysis method, the results of has been reproduced with sufficient accuracy for the strain range used as the intensity evaluation index of austenitic stainless steel piping. For the model 1 composed of an elbow, the maximu...
英字タイトル:
Investigation on Method of Elasto-plastic Analysis for Piping System (No.2)
英字タイトル:
Investigation on Method of Elasto-plastic Analysis for Piping System (No.2)