海上风力发电
海底管道
海洋工程
潜艇
鉴定(生物学)
电力电缆
环境科学
工程类
风力发电
岩土工程
电气工程
化学
植物
有机化学
图层(电子)
生物
作者
Hui Huang,Qiang Zhang,Hao Xu,Zhenming Li,Xinjiao Tian,Shuhao Fang,Zheng Juan,E H Zhang,Dingding Yang
摘要
To mitigate accidents in submarine cable construction within the rapidly expanding offshore wind power sector, this study employed the analytic hierarchy process (AHP) and risk matrix method (LS) to assess the risks associated with identified factors. Based on project research and expert consultations, five primary and twenty-two secondary risk factors were identified. AHP was utilized to rank the primary risk factors by severity, probability, and detection difficulty, with the highest risk being the environmental impact, followed by third-party destruction and worker error. LS was applied to rank the secondary risk factors by likelihood and severity, with the highest risks being complex submarine topography, low underwater visibility, and fishing operations. The study proposes risk reduction measures based on these evaluations and offers methodological guidance for improving construction safety in similar enterprises.
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