Analysis Of An Accident In The Mining Sector Using The Feyer and Williamson Method

Proceedings of the 8th World Congress on Mechanical, Chemical, and Material Engineering Pub Date : 2022-08-01 DOI:10.11159/mmme22.123

L. Sanmiquel, M. Bascompta, Nor Sidki, J. Vives, J. Lopez

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Abstract

Extended Abstract This research presents the case of the analysis of an accident in an aggregate processing plant through the Feyer & Williamson method [1,2]. This method was designed to allow the coding of a time sequence of up to 3 events that have preceded a given accident. These events are called Preceding Events and are characterised as determining factors for the genesis of the accident. In addition, causal factors can also be identified, which are considered to have influenced the accident but not in such a decisive way as the events. The method makes it possible to identify 4 types of events and 8 types of causal factors, as well as different types of human error that have directly influenced the origin of the accident. Results: Once all the causes and factors that directly or indirectly influence the origin of the accident analysed according to the method indicated have been identified and classified, all of them are organised graphically, which allows a quick and simple understanding of the circumstances of the accident.

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用Feyer和Williamson方法分析一起矿业事故

本研究采用Feyer & Williamson方法对某骨料加工厂的事故进行分析[1,2]。这种方法被设计成允许在给定事故发生之前对多达3个事件的时间序列进行编码。这些事件被称为前事件，并被定性为事故发生的决定性因素。此外，还可以确定因果因素，这些因素被认为影响了事故，但不像事件那样具有决定性的影响。该方法可以识别4种类型的事件和8种类型的因果因素，以及直接影响事故起源的不同类型的人为错误。结果:一旦确定和分类了所有直接或间接影响事故起因的原因和因素，并根据所述方法进行了分析，所有这些原因和因素都以图形形式组织起来，从而可以快速而简单地了解事故的情况。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Proceedings of the 8th World Congress on Mechanical, Chemical, and Material Engineering

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