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Digital manufacturing in fiat group automobiles: virtual simulations for preliminary ergonomics optimization of workcells in the design phase of a new car model

机译:菲亚特集团汽车的数字化制造:虚拟仿真,用于在新汽车模型的设计阶段对工作单元进行初步的人体工程学优化

摘要

New standards on work organization in the automotive industry, require a new concept of design methods: the human centred process. In Fiat Group Automobiles (FGA) the “Digital Manufacturing” (DM) project has started with the goal to create simulation tools and methods to improve the design of new cars’manufacturing processes giving a special attention to manual operations. The DM approach is based on a detailed “virtual plant” where virtual mannequins interact with digital models of car’s components, equipment, containers, etc. in order to simulate and improve working conditions with many benefits on ergonomics, safety, final product quality, work organization and general production costs. The key factor for this approach is that with DM methodologies, designers and engineers have, already in the design phase of a new car’s manufacturing process, a preliminary estimation of the numerical indices used in the plants to check if workcells are compliant to international standards and regional safety laws. In this way the most important ergonomic indices (like Niosh, Snook & Ciriello, EAWS, etc.) become a “design tool” that allow to change/improve project solutions (designing easy and comfortable work tasks, equipment, tools, etc.) and to distribute the work load in an optimal way between workers.
机译:汽车行业有关工作组织的新标准要求采用新的设计方法概念:以人为本的过程。在菲亚特汽车集团(FGA)中,“数字制造”(DM)项目已开始,其目标是创建仿真工具和方法,以改善新车制造过程的设计,并特别关注手动操作。 DM方法基于详细的“虚拟工厂”,其中虚拟人体模型与汽车零部件,设备,容器等的数字模型进行交互,以模拟和改善工作条件,并在人体工程学,安全性,最终产品质量,工作上带来诸多好处组织和一般生产成本。这种方法的关键因素是,借助DM方法,设计师和工程师已经在新车制造过程的设计阶段中,对工厂中使用的数字指标进行了初步估计,以检查工作单元是否符合国际标准;地区安全法。这样,最重要的人体工程学指标(如Niosh,Snook和Ciriello,EAWS等)成为“设计工具”,可用于更改/改进项目解决方案(设计轻松舒适的工作任务,设备,工具等)。并以最佳方式在工人之间分配工作量。

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