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Examining alternatives to traditional accident causation models in the offshore oil and gas industry

机译:审查海上石油和天然气工业中传统事故因果模型的替代品

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Several recent studies assert that in complex systems, mishaps often result from non-linear interactions between very normal behaviours. These interactions gradually shift the system to a point at which safety is compromised. Exploring such a paradigm can shine a light on the reasons behind the failure of current safety models. This paper attempts to assess accident causation theory and complexity and systems thinking in the offshore oil and gas industry. Additionally, the lack of a theoretical basis to deal with complex socio-technical environments has been a common theme, so this paper further seeks out patterns that emerge after-the-fact, which could help to identify relevant theories. The paper recommends chaos theory and resilience engineering as alternative theoretical foundations for safety frameworks in the offshore oil and gas industry.
机译:最近的几项研究证明,在复杂的系统中,Mishaps通常由非常正常行为之间的非线性相互作用导致。这些交互逐渐将系统转移到安全受到损害的点。探索这样的范式可以闪耀当前安全模型失败背后的原因。本文试图评估海上石油和天然气工业中的事故因果关系和复杂性和系统。此外,缺乏处理复杂的社会技术环境的理论基础是一个共同的主题,因此本文进一步寻求出现出现的模式,这可能有助于识别相关理论。本文建议混乱理论和复原力作为海上石油和天然气工业安全框架的替代理论基础。

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