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Addressing Differences in Safety Influencing Factors—A Comparison of Offshore and Onshore Helicopter Operations

机译:解决安全影响因素的差异—海上和陆上直升机操作的比较

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The accident levels in helicopter transportation vary between geographical regions and types of operations. In this paper, we develop some hypotheses regarding the factors that may explain this variation. The aim of this paper is to improve safety in helicopter transportation through better understanding of the causes leading to fatal accidents. We provide an analysis of three segments of helicopter transportation in Norway (i.e., offshore transportation; onshore ambulance/police, and onshore transportation). This analysis refers to international research on helicopter accidents. The number of fatal accidents per million flight hours in Norwegian offshore helicopter transportation was 2.8 in 1990–1999 and zero in 2000–2015. In Norwegian onshore helicopter transportation, the fatal accident rate was 13.8 in the period 2000–2012. Twenty-three onshore helicopters crashed to the ground; seven of these crashes were fatal, killing 16 people. It is reasonable to question why there is such a significant difference in accident rates between offshore and onshore helicopter transportation. We have approached this question by comparing how the different segments of helicopter transportation are organized and managed. Our analysis shows that there are major differences both at the “sharp” end (i.e., in actual operations) and the “blunt” end (i.e., rules, regulations and organization). This includes differences in regulations, market conditions, work organization (i.e., training, employment conditions, and qualifications of the crews), operations and technology. A central argument is that differences in the market conditions and requirements stipulated by the users explain some of these differences. The same differences can be found internationally. If we use best practice and expert judgments, there is an opportunity to improve helicopter safety through improving the socio-technical system (i.e., organizational issues, improved design, improved maintenance of critical components and more focus on operational factors). A reasonable goal is that the international helicopter transportation industry could reduce the accident level to less than one fatal accident per million flight hours (Considering the oil and gas industry internationally, this would reduce the average of 24 fatalities annually to 4 per year, thus saving 20 lives each year).
机译:直升机运输中的事故等级因地理区域和运营类型而异。在本文中,我们针对可能解释这种差异的因素提出了一些假设。本文的目的是通过更好地了解导致致命事故的原因来提高直升机运输的安全性。我们对挪威的直升机运输的三个部分进行了分析(即海上运输;陆上救护车/警察和陆上运输)。该分析参考了有关直升机事故的国际研究。挪威海上直升机运输中每百万飞行小时的致命事故数在1990–1999年为2.8次,在2000–2015年为零。在挪威的陆上直升机运输中,致命事故率在2000–2012年期间为13.8。 23架陆上直升机坠毁在地;这些事故中有7起是致命的,造成16人死亡。有理由质疑为什么海上和陆上直升机运输之间的事故率有如此显着的差异。我们通过比较直升机运输的不同部分的组织和管理方式来解决这个问题。我们的分析表明,“尖锐”端(即实际操作中)和“钝器”端(即规则,法规和组织)都存在重大差异。这包括法规,市场条件,工作组织(即培训,雇用条件和船员资格),运营和技术方面的差异。一个中心论点是,用户规定的市场条件和要求的差异可以解释其中的一些差异。在国际上可以找到相同的差异。如果我们使用最佳实践和专家判断,就有机会通过改善社会技术系统(即组织问题,改进设计,改进关键部件的维护以及更加关注运营因素)来提高直升机安全性。一个合理的目标是,国际直升机运输行业可以将事故水平降低到每百万飞行小时少于一次的致命事故(从国际石油和天然气行业的角度来看,这可以将每年平均24例死亡人数减少到每年4例,从而节省了每年20条生命)。

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