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Probabilistic Approach of Coastal Defense Against Typhoon Attacks for Nuclear Power Plant 被引量:1

Probabilistic Approach of Coastal Defense Against Typhoon Attacks for Nuclear Power Plant
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摘要 With the global warming and sea level rising, it is widely recognized that there is an increasing tendency of typhoon occurrence frequency and intensity. The defenses code against typhoon attacks for nuclear power plant should be calibrated because of the increasing threat of typhoon disaster and severe consequences. This paper discusses the probabilistic approach of definitions about "probable maximum typhoon" and "probable maximum storm surge" in nuclear safety regulations of China and has made some design code calibrations by use of a newly proposed Double Layer Nested Mtdti-objective Probability Model (DLNMPM). With the global warming and sea level rising, it is widely recognized that there is an increasing tendency of typhoon occurrence frequency and intensity. The defenses code against typhoon attacks for nuclear power plant should be calibrated because of the increasing threat of typhoon disaster and severe consequences. This paper discusses the probabilistic approach of definitions about "probable maximum typhoon" and "probable maximum storm surge" in nuclear safety regulations of China and has made some design code calibrations by use of a newly proposed Double Layer Nested Mtdti-objective Probability Model (DLNMPM).
出处 《China Ocean Engineering》 SCIE EI 2010年第2期265-275,共11页 中国海洋工程(英文版)
基金 supported by the Nationam Natural Science Foundation of China(Grant No.50679076) Office of State Flood Control and Drought Relief Headquarters of China(Grant No.20060120)
关键词 TYPHOON nuclear power plant coastal engineering code calibration double layer nested multi-objective probability model typhoon nuclear power plant coastal engineering code calibration double layer nested multi-objective probability model
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