Research on Navigation Risk Identification of Three Gorges Ship Lock Based on Improved Analytic Hierarchy Process

Yumeng Zhou, X. Chu, Zhonglian Jiang, Zhen Yu
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引用次数: 1

Abstract

As one of the world famous navigation architectures, Three Gorges ship lock plays a significant role in the inland water transport system of China. Combining analytic hierarchy process and discrete fuzzy set, the factors that may affect the navigation safety of the Three Gorges Ship Lock are analyzed step by step from the perspectives of human, ship, environment, and management by using expert survey data. The results show that the total contribution rate of safety management to the navigation risk of the Three Gorges Ship Lock is up to 16%, and the human factor is a crucial factor affecting the navigation risk. The utility of risk control schemes can be evaluated through risk assessment. Suggestions are further made for maritime administration and accident prevention in the Three Gorges Ship Lock waters.
基于改进层次分析法的三峡船闸航行风险识别研究
作为世界著名的航运建筑之一,三峡船闸在中国内河运输系统中占有重要地位。利用专家调查数据,结合层次分析法和离散模糊集法,从人、船、环境和管理四个方面对影响三峡船闸通航安全的因素进行了逐级分析。结果表明,安全管理对三峡船闸通航风险的总贡献率高达16%,人为因素是影响通航风险的关键因素。通过风险评估,可以对风险控制方案的效用进行评价。对三峡船闸水域的海事管理和事故预防提出了建议。
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