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Automated incremental design FMEA

机译:自动增量设计FMEA

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Failure modes and effects analysis (FMEA) is typically a costly manual process. We present the EPOCH (Engineering Product and Operations Cross-cutting Hybrid) Simulation for Failure Analysis software, which automates generation of FMEA from design models. The tool performs sets of scenario-based analyses, using the CONFIG hybrid discrete event simulator, to generate reports summarizing detailing analysis results. The paper describes how the tool uses this simulator, and how time-step modeling has be extended to handle failure cases that violate steady state assumptions and approximations that are well founded for the nominal case. The automation supports incremental FMEA: reporting how a design change alters the presentation of the functional effects of failures, as seen over a set of operational scenarios. We describe the representations of failure modes, scenario scripts and functional labels that supports the capabilities of this tool. An example is presented, based on analysis of a propellant production plant for a planetary base.
机译:故障模式和效果分析(FMEA)通常是昂贵的手动过程。我们介绍了用于故障分析软件的时期(工程产品和操作交叉切割混合)仿真,从而自动化设计模型的FMEA。该工具使用Config Hybrid离散事件模拟器执行基于方案的分析集,以生成概述详细分析结果的报告。本文介绍了该工具如何使用该模拟器,以及如何扩展时间级模型以处理违反稳态假设和近似为标称案例创建的近似的故障情况。自动化支持增量FMEA:报告设计变更如何改变故障功能效果的呈现,如一套操作场景所示。我们描述了支持此工具功能的失败模式,方案脚本和功能标签的表示。基于对行星底座的推进剂生产设备的分析,提出了一个例子。

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