Virtual Manufacturing Tools in the Product Design Environment

Ronald C. Braun, W. Marx
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Abstract

Design and manufacturing modeling and simulation have been identified as important to the principles of lean product development. Early in the product development cycle, the use of three-dimensional (3-D) engineering models allows us to electronically (or virtually) prototype physical products, and conduct product feasibility and producibility studies. Manufacturing issues can be identified early and used to drive the product design toward the lowest cost. This paper describes the Northrop Grumman Corporation (NGC) approach to extending classic prototype simulation to virtual manufacturing (VM) tools that accommodate the visualization of interacting production processes, process planning, scheduling, and assembly planning. Previous simulation tools were limited to the design environment. Our tools not only support design; they also provide functionality by bringing the results to the assembly floor. The use of these tools has resulted in “first-time quality” both above and on the shop floor, with significant reductions in product cost and cycle time.
产品设计环境中的虚拟制造工具
设计和制造建模和仿真已被确定为精益产品开发原则的重要内容。在产品开发周期的早期,使用三维(3-D)工程模型使我们能够以电子(或虚拟)方式制作物理产品的原型,并进行产品可行性和可生产性研究。制造问题可以及早发现,并用于推动产品设计朝着最低成本的方向发展。本文描述了诺斯罗普·格鲁曼公司(NGC)将经典原型仿真扩展到虚拟制造(VM)工具的方法,以适应交互生产过程、工艺规划、调度和装配计划的可视化。以前的仿真工具仅限于设计环境。我们的工具不仅支持设计;它们还通过将结果带到装配车间来提供功能。这些工具的使用导致了上面和车间的“首次质量”,显著降低了产品成本和周期时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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