摘要
针对飞机驾驶员的脚部舒适性问题,提出了一种脚部舒适域算法,并以CATIA软件为平台通过CAA(组件应用架构)二次开发方式实现了三维图形化显示。和人机工程学分析软件JACK生成的脚部舒适域进行了对比验证,验证结果表明提出的脚部舒适域算法正确,计算结果符合GJB4856-2003中相关人体几何数据。通过在CATIA软件上的实现,为工程设计人员在设计飞机电子样机时脚蹬位置设计的合理性提供依据,拓展了CATIA软件在人机工程学领域的应用。同时为其它行业各种脚踏板位置设计提供参考。
According to three-dimensional coordinate transform and joints＇ comfortable theory ,the arithmetic of pilots＇ foot comfort zone is presented. Through the secondary development of CATIA based on CAA,three-dimensional display of the arithmetic is realized. Compared with authoritative man- machine software JACK, it is proved that the arithmetic of foot comfort zone is reasonable and the result accords with the anthropometric data from the GJB4856 - 2003. The implement by the CATIA offers criterion for the engineers when they design pedals of electronic airplane model,and extends the use of CATIA in the man- machine engineering. This method can also apply for the design of any other pedals.
出处
《航空计算技术》
2008年第5期100-102,共3页
Aeronautical Computing Technique
