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中文摘要：
VV＆A是风险驱动的，FMECA是常用的风险分析方法。将两者进行结合，提出一种面向建模与仿真的FMECA方法——SimFMECA。首先对FMECA分析表格和过程进行扩展，然后分析一般仿真系统的FMI（Failure Mode Identification）框架，并给出风险和危害度评定方法，由此确定所需的VV＆A投入，包括VV＆A等级以及必需的VV＆A活动，最后给出该方法的应用实例。SimFMECA是一种定性的方法，具有花费成本低和易于实施的特点。
英文摘要：
VV＆A is risk-driven activity, and FMECA is a widely used risk analysis method. Based on them, a new method, aiming to M＆S （Modeling and Simulation） domain and named SimFMECA, was put forward. Firstly, FMECA analysis table and process was extended, then a framework of FMI to general simulation system was discussed, moreover, a risk and criticality ranking measure was proposed, and according to the risk rank, required VV＆A effort was identified, including VV＆A level and W＆A activities. Finally an experiment was carried out to validate SimFMECA. SimFMECA is a qualitative method, and is characteristic of low cost and easy implementation.
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