基于stamp的北油25号接地事故原因分析

J. Zhang, B. Wu, M. Y. Zhang, T. Yip
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引用次数: 0

摘要

传统的风险分析方法将事故归结为单个事件的连锁反应,强调了组件误差对事故后果的重要性。随着社会科学技术的日益融合,信息交互对系统安全的影响日益突出。因此,引入系统理论事故建模和过程(STAMP)来分析复杂的社会技术系统。重点研究了安全约束、信息交互和过程模型,深入挖掘了组件之间的功能和相互影响。本文采用基于stamp的因果分析方法对北纬航线航行安全隐患识别进行研究。首先,通过分析北油25号最新的接地事故,总结经验教训;其次,结合北纬航线的实际情况,深入提出船舶、码头、公司、气象等方面存在的问题,确保北纬航线的航行安全。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A STAMP-based Causal Analysis of the Beiyou25 Grounding Accident
The traditional risk analysis method attributes the accidents to the chain reaction of a single event, which highlights the importance of component errors for the accident consequences. With the increasing integration of social science and technology, information interaction becomes more prominent in system safety. Therefore, the Systems-Theoretic Accident Modelling and Processes (STAMP) is introduced to analysis the complex socio-technical system. It focuses on safety constraints, information interaction and process model, and deeply excavates the functions and impacts among components. The STAMP-based causal analysis is conducted in this paper for hazard identification of navigation safety during Beiwei routes in China. First, lessons are learned by analyzing the latest grounding accident of Beiyou25; Second, the problems existing in ships, wharfs, company and meteorology are thoroughly proposed based on the actual situation of the Beiwei routes to ensure the navigation safety.
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