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Selection of Environmental Conditions for Nearshore Structure Design

Selection of Environmental Conditions for Nearshore Structure Design
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摘要 Different from the traditional one dimensional extreme value statistical method, practical design criteria for nearshore structure design are presented based on joint probability theory in this paper. The proposed procedure considers the combined effect of tide level, huge waves and wind affecting coastal structures. The Importance Sampling Procedure (ISP) is utilized to solve the joint distribution of non Gaussian correlated multivariate distributions. The calculation results show that the ISP is a simulating technique with the advantages of efficiency and high convergency. Finally the environmental conditions are given using this technique for near shore structure design in the Qingdao area. Different from the traditional one dimensional extreme value statistical method, practical design criteria for nearshore structure design are presented based on joint probability theory in this paper. The proposed procedure considers the combined effect of tide level, huge waves and wind affecting coastal structures. The Importance Sampling Procedure (ISP) is utilized to solve the joint distribution of non Gaussian correlated multivariate distributions. The calculation results show that the ISP is a simulating technique with the advantages of efficiency and high convergency. Finally the environmental conditions are given using this technique for near shore structure design in the Qingdao area.
出处 《Journal of Ocean University of China》 SCIE CAS 2004年第1期111-114,共4页 中国海洋大学学报(英文版)
基金 supported by China State Education Ministry’s Scientific Research Foundation for the Returned Overseas Chinese Scholars the Scientific Research Foundation for Young Scholars of Ocean University of China.
关键词 environmental variables multi dimensional joint probability stochastic simulation engineering design 近海工程 结构设计 统计方法 潮汐 波浪
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