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Accident Investigation based on the Systems Theoretic Accident Model and Processes: a Case Study in the Car Industry

机译:基于系统理论意外模型和流程的事故调查:汽车工业的案例研究

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In industry and developed societies, annual work accidents can bring about huge losses. By proper analysis of these events, the development of controlling measures can be the most important action to prevent similar events and enhance the health of the society. Hence, the current study aimed at analyzing a case of occupational accidents leading to death in one of the car industries. This qualitative case study was conducted in spring, 2018. With the implementation of Systems Theoretic Accident Model and Processes (STAMP), the incident statement had been described accurately and, then, a safety control structure has been designed to determine inadequate effective safety control actions in the event of an accident. In the analysis of the incident, various factors were involved at different levels of incident hierarchy where the various components of socio-technical systems interact with each other; the inadequate control action of the safety unit was more prominent. In STAMP technique, unlike traditional methods, does not consider the cause of the accident just a component of failure or malfunction of the system. Therefore, it can be used as a useful tool in incident analysis, especially in complicated and sensitive systems.
机译:在工业和发展社会中,年度工作事故可以带来巨大的损失。通过适当分析这些事件,控制措施的发展可能是防止类似事件的最重要的行动,并增强社会的健康。因此,目前的研究旨在分析一个职业事故的案例,导致其中一辆汽车产业中的死亡。这种定性案例研究是在2018年春季进行的。随着系统理论意外模型和流程(印章)的实施,已经准确描述了事故陈述,然后,旨在确定安全控制结构以确定有效的安全控制行动不足如果发生意外。在分析事件中,各种因素涉及不同级别的事件层次,社会技术系统的各个组成部分彼此相互作用;安全单元的控制作用不足更为突出。在邮票技术与传统方法不同,不考虑事故的原因只是系统的故障或故障的组成部分。因此,它可以用作事故分析中的有用工具,尤其是在复杂和敏感的系统中。

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