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Human-centred design of ergonomic workstations on interactive digital mock-ups

机译:互动数字模型符合人体工程学工作站的人体中心设计

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Analysis of human-related aspects is fundamental to guarantee workers' wellbeing, which directly limits errors and risks during task execution, increases productivity, and reduces cost [1]. In this context, virtual prototypes and Digital Human Models (DHMs) can be used to simulate and optimize human performances in advance, before the creation of the real machine, plant or facility. The research defines a human-centred methodology and advanced Virtual Reality (VR) technologies to support the design of ergonomic workstations. The methodology considers both physical and cognitive ergonomics and defines a proper set of metrics to assess human factors. The advanced virtual immersive environment creates highly realistic and interactive simulations where human performance can be anticipated and assessed from the early design stages. Experimentation is carried out on an industrial case study in pipe industry.
机译:人类与人类的福祉分析是基本的,因为保证工人的幸福,这在任务执行期间直接限制了错误和风险,提高了生产率,并降低了成本[1]。在这种情况下,虚拟原型和数字人类模型(DHMS)可用于预先模拟和优化人类性能,在创建真机,工厂或设施之前。该研究定义了一种以人为本的方法和先进的虚拟现实(VR)技术,以支持符合人体工程学工作站的设计。该方法考虑了物理和认知人体工程学,并定义了适当的指标,以评估人为因素。先进的虚拟沉浸式环境创造了高度现实和交互式模拟,可以从早期设计阶段预期和评估人类性能。实验在管道行业的工业案例研究中进行。

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