基于HAZOP分析的CREAM在系统使用过程中的应用

W. Wang, T. Zhao
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引用次数: 2

摘要

认知可靠性与误差分析方法(CREAM)中回顾性分析和预测分析的基础是对人为错误引起的事件序列的搜索。然而,对于武器系统运行过程的分析,目前还没有相应的标准。本文提出了一种基于HAZOP分析的改进的奶油,该奶油可以明确划分操作步骤,并通过偏差分析来评价其原因和后果。基于HAZOP分析,可以得到描述人为失误事故过程的事件顺序图。通过对所选事件序列的分析,可以得到人为错误的根本原因和事件序列的概率区间。最后以柴油机启动为例,验证了该方法在武器系统安全分析中的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The application of CREAM based on HAZOP analysis in using process of system
The foundation of the retrospective and predictive analysis in Cognitive Reliability and Error Analysis Method (CREAM) is the search of the event sequence caused by human errors. However, there are no standards for CREAM, especially for the analysis of weapon system operation process. This paper presented an improved CREAM based on HAZOP analysis by which the operation steps can be partitioned explicitly, and the causes and the consequences can be evaluated through the deviations analysis. Based on HAZOP analysis, the event-order diagram that described the accident process caused by human error can be acquired. After analyzing the selected event sequence, the root causes of human errors and the probability interval of event sequence can be obtained. An example of diesel engine startup is discussed, which demonstrated the validity of the method for weapon system safety analysis.
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