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Simulation as an Intuition Building Tool For Factory Physics

机译:仿真作为工厂物理学的直觉建筑工具

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In today's manufacturing environment it is absolutely critical to be competitive in order to guarantee a company's sustainability. One way to achieve this sustainability is to count on management's ability to effectively make decisions dealing with its manufacturing resources. To do this management must rely on a systematic description of the manufacturing system and a set of performance measures used to evaluate and control the system. One way to do this is to employ the concepts and laws of Factory Physics. These concepts and laws can become very powerful tools to identify and understand a system's weak points, permitting management to design ways to turn them into leverage points. But to do this management needs to have good intuition and this can only be done if it fully understands the meaning of these concepts and laws. In order to facilitate the understanding of Factory Physics a computer based simulation model was developed as part of a learning tool to be used in conjunction with a formal Factory Physics course. This paper examines the model and its usefulness as a learning tool.
机译:在当今的制造环境中,竞争力是绝对关键的,以保证公司的可持续性。实现这种可持续性的一种方法是依靠管理层能够有效地制定涉及其制造资源的决策。为此管理必须依赖于制造系统的系统描述和用于评估和控制系统的一组性能措施。这样做的一种方法是采用工厂物理的概念和定律。这些概念和法律可以成为非常强大的工具来识别和理解系统的弱点,允许管理层设计如何将它们转变为杠杆点。但是要做这个管理需要有良好的直觉,如果它完全理解这些概念和法律的含义,这只能完成。为了便于理解工厂物理学,通过基于计算机的仿真模型作为学习工具的一部分,以与正式的工厂物理课程一起使用。本文审查了模型及其作为学习工具的实用性。

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