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A method for the concurrent design and analysis of networked manufacturing systems

机译:网络制造系统并发设计与分析的方法

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摘要

Multistage manufacturing processes (MMPs) require multiple stations and operations. Traditionally, analysis of MMPs focused on material planning and control strategies. For a given MMP, the effect of the strategy on the volume and rate of production, ability to handle product type variability, and the effects of process variability on production rate, on-process inventory, etc., have been studied individually. Such approaches, while necessary, do not address the combined effects of MMP design choices on the final product quality. In this article, a method based on the compromise decision support problem and stream of variation model is proposed to provide a way to evaluate suitable designs for the implementation of MMPs. Using the dimensional quality of the product as a measure of quality, the proposed method is illustrated using a three-stage MMP in an automobile panel stamping process while considering the conflicting requirements of diagnosability and controllability.
机译:多级制造过程(MMP)需要多个站点和操作。 传统上,分析了MMP,专注于材料规划和控制策略。 对于给定的MMP,策略对生产量和生产率的影响,处理产品类型可变性的能力,以及过程可变性对生产率,工艺库存等的影响,已经单独研究。 在必要时,这种方法不会解决MMP设计选择对最终产品质量的综合影响。 在本文中,提出了一种基于妥协决策支持问题和变化流模型的方法来提供评估用于实现MMP的合适设计的方法。 利用产品的尺寸质量作为质量的量度,所提出的方法在考虑诊断性和可控性的矛盾的要求时,使用汽车面板冲压过程中的三级MMP进行说明。

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