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Dynamic quality characteristics modelling based on brittleness theory in complex manufacturing processes

机译:基于脆性理论的复杂制造过程动态质量特性建模

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摘要

To comprehensively and quantitatively analyse the influencing factors of dynamic quality characteristics in complex manufacturing processes, depending on the brittleness analysis of dynamic quality characteristics based on man- machine-environment influencing factors, this paper established a man-machine-environment brittleness model of dynamic quality characteristics based on the brittleness theory of complex system. According to the brittleness relation among the brittleness factors of dynamic quality characteristics (BFDQCs) in this model, a key man- machine-environment influencing factor identification method of dynamic quality characteristics was proposed by the definition of brittle risk degree, brittle coupling degree and brittle degree among BFDQCs. Finally, a case study for applicability was presented. The result showed that the proposed method was available, and can provide guidance for the analysis of dynamic quality characteristics and support for product reliability in complex manufacturing processes.
机译:为了对复杂制造过程中动态质量特性的影响因素进行全面,定量的分析,基于人机环境影响因素对动态质量特性的脆性分析,建立了动态​​质量人机环境脆性模型。基于复杂系统脆性理论的特性根据该模型中动态质量特征脆性因子之间的脆性关系,通过脆性风险度,脆性耦合度和脆性的定义,提出了一种关键的人机环境动态质量特征影响因素识别方法。 BFDQC之间的学位。最后,介绍了适用性的案例研究。结果表明,该方法是可行的,可为复杂制造过程中动态质量特性分析和产品可靠性提供指导。

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