工厂布局规划的混合数字孪生仿真

Daniel Nåfors, B. Johansson, P. Gullander, Sven Erixon
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引用次数: 0

摘要

随着制造公司对其生产系统进行改变,工厂布局通常也会随之改变。工厂的布局考虑了生产系统中所有要素的定位,并有助于提高运营的整体效率和工作环境。规划工厂布局的过程既影响到生产系统的安装变化,也影响到生产系统的运行,因此这种影响可以长期利用。通过将3D激光扫描、虚拟现实、CAD模型和混合数字孪生中的仿真建模相结合,该规划过程可以在所有阶段显著提高收益。这是通过一个新的纵向工业研究使用参与性观察来收集数据的例子。研究结果表明,工厂布局规划过程可以通过智能使用现代数字技术进行创新,从而在降低风险的情况下提供更好的解决方案和更明智的决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation in Hybrid Digital Twins for Factory Layout Planning
As manufacturing companies make changes to their production system, changes to the factory layout usually follow. The layout of a factory considers the positioning of all elements in the production system, and can contribute to the overall efficiency of operations and the work environment. The process of planning factory layouts affects both installation of the changes and operation of the production system, so the effects can be utilized for a long period of time. By combining 3D laser scanning, Virtual Reality, CAD models, and simulation modelling in a hybrid digital twin, this planning process can be noticeably improved yielding benefits in all phases. This is exemplified via a novel longitudinal industrial study using participant observation to gather data. Findings from the study show that the factory layout planning process can be innovated by smart use of modern digital technologies, resulting in better solution and more informed decisions with reduced risk.
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