第14回
断層変位に対するリスク評価と工学的な対応策 (3)建物・構築物及び土木構造物に対する影響評価
著者:
辻 弘一,Hirokazu TSUJI,美原 義徳,Yoshinori MIHARA,松村 和雄,Kazuo MATSUMURA,谷 和夫,Kazuo TANI,蛯沢 勝三,Katsumi EBISAWA,高田 毅士,Tsuyoshi TAKADA
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キーワードタグ:
Risk evaluation for nuclear facilities against fault rupture hazards was investigated by the research committee on Risk evaluation method and engineering approach against fault displacements set in Atomic Energy Society of Japan. This paper focuses on the appropriate risk evaluation method for buildings and structures against fault displacements considering risk evaluation concepts, input conditions, analytical methods, acceptance criteria and relevant uncertainties. The flow of evaluation procedure is p...
英字タイトル:
Risk evaluation method for fault displacements by engineering approach (3) Risk evaluation method for structures
第14回
断層変位に対するリスク評価と工学的対応策 (5)アクシデントマネジメントによるリスク低減
著者:
黒岩 克也,Katsuya KUROIWA,四十田 俊裕,Toshihiro AIDA,飯田 晋,Susumu IIDA,奈良林 直,Tadashi NARABAYASHI,蛯澤 勝三,Katsumi EBISAWA,神谷 昌伸,Masanobu KAMIYA
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Studies have been carried out about fault displacements under the facilities as external hazard、 and risk evaluation method for influence on facilities by fault displacements using engineering approach、 _accident management” for domestic nuclear facilities. In this paper it shows the scenario of accident results in fault displacements directly under the nuclear power station causes loss of safety of the plant、 and shows risk evaluation method measures for the image of quantitative effect of risk reducti...
英字タイトル:
Risk Evaluation Method for Fault Displacements by Engineering Approach (5)Measures for Risk Reduction by Accident Management
第13回
断層変位に対する工学的なリスク評価 (1)事故シナリオと工学的対策
著者:
奈良林 直,Tadashi NARABAYASHI,岡本 孝司,Koji OKAMOTO,亀田 弘行,Hiroyuki KAMEDA,蛯沢 勝三,Katsumi EBISAWA,山崎 晴雄,Haruo YAMAZAKI,神谷 昌伸,Masanobu KAMIYA,小長井 一男,Kazuo KONAGAI,長澤 和幸,Kazuyuki NAGASAWA,千葉 豪,Go CHIBA
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Japan, as a frequent earthquake country, has a responsibility to resolve efficient measures to enhance nuclear safety, to continue utilizing the nuclear power, based on the risks and importance levels in the scientific and rational manner. In his paper describes how to evaluate the risk of faults movement by engineering approach. An open fruitful discussion by experts in the various areas of earthquake, geology, geotechnical, civil, and a seismic design as well as other stakeholders such as academia prof...
英字タイトル:
Risk Evaluation Method for Faults by Engineering Approach (1) Nuclear safety for accident scenario and measures for fault movement