首页> 外文会议>2009 8th International Conference on Reliability,Maintainability and Safety(第八届中国国际可靠性、维修性、安全性会议)论文集 >The Application of the Root Causes of Human Error Analysis Method Based on HAZOP Analysis in Using Process of Weapon
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The Application of the Root Causes of Human Error Analysis Method Based on HAZOP Analysis in Using Process of Weapon

机译:基于HAZOP分析的人为错误分析方法的根本原因在武器使用过程中的应用

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Cognitive Reliability and Error Analysis Method (CREAM) is one of the most representative secondgeneration human reliability analysis methods.By using the CREAM, the retrospective analysis of the root causes of human error is given. There are no accordant standards of the determination of event sequences caused by the human errors in the root causes analysis in using process of weapon in CREAM.This paper presents the root causes of human error analysis method based on HAZOP analysis hi using process of weapon.And according to the deficiency of CREAM, the improvement measures are put forwards as follows: (1) According to the HAZOP method,using process of the weapon is divided into parts according to the different operation steps.And the operation by human is defined as the characteristic parameters;(2) According to the deviations analysis, the event-order diagram should be achieved based on the correct operation steps and the deviations.Using the improved method, the event sequence which is end in failure and caused by human error can be gained.After choosing the human error event, the root causes can be obtained by retrospective analysis.An example of diesel engine underwater starting is discussed in this paper.And the root causes of human error leading to water intake are obtained.This example validates the correctness of the unproved method in this paper.
机译:认知可靠性和错误分析方法(CREAM)是最有代表性的第二代人类可靠性分析方法之一。通过使用CREAM,对人为错误的根本原因进行了回顾性分析。在CREAM的武器使用过程中,根本原因分析中没有人为错误引起的事件序列的确定标准。本文提出了基于HAZOP分析和武器使用过程中人为错误分析方法的根本原因。针对CREAM的不足,提出了以下改进措施:(1)根据HAZOP方法,将武器的使用过程按不同的操作步骤分为几个部分,将人为操作定义为特征参数;(2)根据偏差分析,应在正确的操作步骤和偏差的基础上得到事件顺序图。选择人为错误事件后,可以通过追溯分析获得根本原因。本文以柴油机水下启动为例。 d得出导致人为失水的人为失误的根本原因。本示例验证了本文未验证方法的正确性。

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