可靠性工程技术在人为故障分析过程中的应用

V. González-Prida, C. Parra, A. Crespo, F. Kristjanpoller, Pablo Viveros Gunckel
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引用次数: 0

摘要

人为可靠性和人为错误是存在于所有领域的因素:工业、经济、社会等。所有这些领域都或多或少地需要身体和精神上的努力来满足他们自己的需求,他人的需求,或根据环境和人的本性,可能导致错误的既定要求。当然,不可能找到一种单一的人为可靠性方法,可以满足与人为错误分析相关的所有期望和技术要求。然而,重要的是要注意,所有人类可靠性方法的方向都集中在对风险因素(后果频率)的研究和分析上。换句话说,正如在本章中可以观察到的那样,所有人类可靠性方法都试图帮助我们减少评估不可预见事件(人为错误)频率过程中的不确定性,以及这种人为错误可能给工业生产过程框架内的安全、环境和操作带来的后果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reliability Engineering Techniques Applied to the Human Failure Analysis Process
Human reliability and human error are factors that are present in all areas: industrial, economic, social, etc. All these areas require to a greater or lesser extent a physical and mental effort to satisfy their own needs, those of others, or established requirements that, depending on the circumstances and the nature of the person, can lead to errors. Certainly, it is not possible to find a single human reliability method that can meet all the expectations and technical demands related to the analysis of human errors. However, it is important to note that the orientation of all human reliability methods is focused on the study and analysis of the risk factor (frequency by consequences). In other words, as can be observed throughout this chapter, all human reliability methodologies seek to help us reduce the uncertainty in the process of evaluating the frequencies of unforeseen events (human errors) and the consequences that such human errors can bring to safety, the environment, and the operations within the framework of an industrial production process.
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