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A Six Sigma DMADV project: The 787 LCF scheduling tool

机译:六西格玛DMAdv项目:787 LCF调度工具

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摘要

The Boeing 787 program revolutionized many aspects of commercial airplane production. One of the unique aspects of its global production system is that the major 787 structure components are transported via a small fleet of freighter airplanes. These freighter airplanes, called the Large Cargo Freighter (LCF), fly among five production sites to transport the 787 components forward and return their respective carrying tools back to their original sites. Simulating and optimizing LCF logistics related factors is an art as much as a science. This presentation depicts a Six Sigma approach combined with simulation modeling to improving existing tools and methods of the 787 LCF logistics. It is often difficult to start and conclude a LEAN Six Sigma project using simulation modeling. This presentation aims to share the valuable lessons learned through the practice of LEAN Six Sigma using simulation modeling.
机译:波音787计划彻底改变了商业飞机生产的许多方面。其全球生产系统的独特方面之一是主要的787个结构组件通过小舰队的货运飞行器运输。这些货轮,称为大型货物货轮(LCF),飞行五个生产站点,将787个组件转发,并将各自的搬运工具返回原始网站。模拟和优化LCF物流相关因素是一种作为科学的艺术。该演示文献描绘了六种Sigma方法,结合仿真建模,以改善787 LCF物流的现有工具和方法。使用仿真建模通常难以启动和结论瘦六西格玛项目。本演示文稿旨在利用仿真建模分享通过瘦六西格玛的实践中学到的宝贵经验。

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