面向轨道装备的可视化人因综合仿真分析平台研究

发布时间：2018-04-29 07:03

本文选题：人因仿真 + 计算机辅助设计　；参考：《包装工程》2017年02期

【摘要】：目的提出一个集研究作业人员行为、作业设备和作业环境于一体的可视化人因综合仿真分析平台,为轨道装备设计方案提供直观可视、可重复的人体工程学评估手段。方法通过研究分析行为观察系统、运动捕捉系统、肌电测试系统、JACK虚拟人仿真系统和CAD设计及建模系统的功能及匹配性,构建能将真人作业虚拟化,能对虚拟动素进行评估,能对设计方案进行可视化人因适配分析,能生成虚拟人作业数据等功能的可视化人因综合仿真分析平台,并用案例论证了该平台的有效性。结论该平台适合用于轨道车辆、一些大型装备及相关工作空间设计方案的人体工效学评估。
[Abstract]:Objective to provide a visual and repeatable ergonomics evaluation method for the design of track equipment by a visual human factor comprehensive simulation and analysis platform which integrates the behavior, equipment and working environment of the workers in order to provide visual and reproducible ergonomics evaluation methods for the design of track equipment. Methods by analyzing the function and matching of behavior observation system, motion capture system, myoelectric test system, Jack virtual human simulation system and CAD design and modeling system, the virtual action can be virtualized and the virtual dynamic element can be evaluated. A visual human-factor comprehensive simulation and analysis platform which can perform visual human-factor adaptation analysis and generate virtual human operation data is presented. The effectiveness of the platform is demonstrated by a case study. Conclusion the platform is suitable for ergonomic evaluation of rail vehicles, some large equipment and related workspaces.
【作者单位】：西南交通大学;
【基金】：四川省社会科学研究“十二五”规划课题(SC15E110) 四川省科技计划项目(2017ZR0165) 科技服务业示范项目(2016GFW0171)
【分类号】：U270.2;TP391.9

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