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Study of failure mode, effect and Criticality Analysis

机译:失效模式,影响及关键性分析研究

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As machining tool systems become increasingly more complicated, the improvement of system scale and functions, increases the probability of system failure. To avoid human injuries caused by system failure, improve system reliability, and enhance the management of system failure and risk control, reliability analysis technology, called FMECA, has been applied many industries since the 1950s. This paper, first, introduces a brief history of FMECA and the current international standard. Second, the core concept and implementation procedure of FMECA will be presented. Finally, the advantages and disadvantages of FMECA and conclusions are provided.
机译:随着加工工具系统变得越来越复杂,系统规模和功能的改进增加了系统故障的可能性。为了避免由系统故障引起的人身伤害,提高系统可靠性并增强系统故障的管理和风险控制,自1950年代以来,称为FMECA的可靠性分析技术已在许多行业中得到应用。本文首先介绍了FMECA的简要历史和当前的国际标准。其次,将介绍FMECA的核心概念和实施过程。最后,给出了FMECA的优缺点和结论。

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