Development of a Procedure for Analysis of Failure Chains in Complex Mechatronic Systems to Improve Sustainability
Development of a Procedure for Analysis of Failure Chains in Complex Mechatronic Systems to Improve Sustainability
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开发复杂机电系统故障链分析程序以提高可持续性
DOI：
10.1016/j.promfg.2018.02.195
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发表时间：
2018
期刊：
影响因子：
--
通讯作者：
Schlüter
中科院分区：
文献类型：
--
作者：
Bielefeld;Dransfeld;Schlüter
复杂机械产品的系统边界日益模糊，阻碍了识别质量和可持续性故障链的因果关系。因此，有必要开发一种方法，它可以分析所有系统元素之间的相互作用和他们的故障沿着产品生命周期。为了研究理解系统的复杂性以防止潜在故障的问题，需要利用不同的面向问题的方法进行系统的基于模型的分析，但是如何在系统模型中透明地表示和分析故障链？是否有可能将联合收割机确定的故障链与不同学科的既定方法结合起来，进行FMECA等整体分析？这些关键问题构成了本文的重要部分，并将通过使用公共交通巴士的替代电力装置的例子来证明。
The increasing blurring of system boundaries in complex and mechanical products hinders to identify cause-and-effect-relations of failure chains regarding quality and sustainability. Therefore, it is necessary to develop an approach, which can analyse interactions between all system elements and their failures along the product lifecycle. To examine this certain problem of understanding the complexity of a system to prevent potential failures, a systematic and model-based analysis with the utilization of different and problem-oriented methods is needed.But how can failure chains be represented and analyzed transparently in the system model? Are there any possibilities to combine determined failure chains with established methods of different disciplines for a holistic analysis like FMECA? This crucial questions form the essential part of this article and will be demonstrated by using the example of an alternative electrical power unit for public transport busses.
开发针对复杂、因果确定的故障链的创新方法
影响因子：
1.4
作者：
Bielefeld;Dransfeld;Schlüter;Winzer
通讯作者：
Winzer