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An integrated method of hierarchical planning and #x201C;pull-way#x201D; production control for lean shipbuilding

机译:精益造船的分层计划和“拉式”生产控制的集成方法

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Issues are investigated when shipyards are trying to manage their receding horizon plan and control their production process in a “pull” way, based on the principle of lean manufacturing. A hierarchical planning and “pull-way” production control integration system model is established, which provides the shipyards architecture of realizing the lean manufacturing in planning and production control area. Then, a production control method is introduced where the bottom level is based on pull principle, while under the restriction of receding horizon plan. The study reveal that even under the “make to order” production mode of shipbuilding, it is still possible to establish a leanness oriented planning and production Control system, where the receding horizon plan can work well together with the “pull-way” production control. The result of a production process simulation is introduced at the end of the paper, to validate the advantage of the suggested control method.
机译:基于精益制造的原理,当船厂试图管理其后退的地平线计划并以“拉动”方式控制其生产过程时,将对这些问题进行调查。建立了分级计划和“拉式”生产控制集成系统模型,该模型提供了在计划和生产控制区域中实现精益制造的船厂架构。然后,介绍了一种生产控制方法,该方法的底层是基于拉动原理,而在后视平面图的限制下。研究表明,即使在造船的“按订单生产”生产模式下,仍可能建立面向精益的计划和生产控制系统,在该系统中,后退的水平计划可以与“拉式”生产控制一起很好地工作。 。最后,介绍了生产过程仿真的结果,以验证所建议的控制方法的优势。

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