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Applications and benefits of digital human models to improve the design of workcells in car’s manufacturing plants according to international standards

机译:数字人体模型的应用和益处,可根据国际标准改进汽车制造厂的工作单元设计

摘要

During last years, the car’s manufacturing process has deeply changed because of several factors affected the automotive global scenario. As a consequence, design methodologies of the plant’s workcells have changed. In particular, ergonomics for manufacturing system has become a key factor to improve product’s quality, safety and work organization. In this paper, the authors show the approach used in Fiat Group Automobiles (FGA) based on simulation tools to analyse ergonomic aspects of work-cells already in design phase. Simulation tools allow a deep postural analysis that is one of the main criticism in the design phase. The principles of Digital Human Modeling have been used to develop an easy internal virtual manikin, the Human Model. The tool, based on ISO standards and on a worldwide anthropometric database, allows designers to simulate the most probable postures engaged by operator during work tasks as well as to validate improvements and corrective actions.
机译:在过去的几年中,汽车的制造过程发生了深刻的变化,原因是有几个因素影响了汽车的全球形势。结果,工厂工作单元的设计方法发生了变化。特别是,用于制造系统的人机工程学已成为提高产品质量,安全性和工作组织的关键因素。在本文中,作者展示了菲亚特集团汽车(FGA)中基于仿真工具的方法,该方法可用于分析已在设计阶段的工作单元的人体工程学方面。仿真工具允许进行深入的姿势分析,这是设计阶段的主要批评之一。数字人体建模的原理已用于开发简单的内部虚拟人体模型,即人体模型。该工具基于ISO标准和全球人体测量数据库,使设计人员可以模拟操作员在工作任务中最可能采取的姿势,并验证改进和纠正措施。

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