首页> 外文会议>7th World Multiconference on Systemics, Cybernetics and Informatics(SCI 2003) vol.13: Systemics, Cybernetics and Information Technologies and Applications >Using Virtual Prototyping and Rapid Prototyping to evaluate, for industrial benchmarking, Pedestrian Safety performances of the front part of a vehicle
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Using Virtual Prototyping and Rapid Prototyping to evaluate, for industrial benchmarking, Pedestrian Safety performances of the front part of a vehicle

机译:使用虚拟原型和快速原型来评估汽车前部的行人安全性能,以进行工业基准测试

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摘要

All over the world, and mainly in United States, since 1977 to 1991 the research centers of the main automotive companies had processed several statistical data on real accidents between vehicles and pedestrians taking care, obviously, to pedestrians' injury. In latest years a research group of EEVC (European Enhanced Vehicle Safety Committee) had examined the statistic works of past twenty years and subsequent several scientific papers, and had realized some documents about "pedestrian test" procedures. In reference papers of period 1977 - 1997 and in EEVC documents, the scientists describe a proposed homologative test for child-head impact; an impact simulation of a standardized impactor on car bonnet represents it, in order to evaluate the child-head injury as deceleration of its center of gravity.
机译:从1977年到1991年,在世界各地,主要是在美国,主要汽车公司的研究中心已经处理了一些有关车辆和行人之间实际事故的统计数据,显然,行人要小心行人受伤。最近几年,欧洲增强车辆安全委员会(EEVC)的一个研究小组审查了过去20年的统计工作以及随后的几篇科学论文,并实现了一些有关“行人测试”程序的文件。在1977年至1997年的参考文件中以及EEVC文件中,科学家们描述了一种针对儿童头部撞击的拟议同源测试。一个标准的撞击器在汽车引擎盖上的撞击模拟对此进行了模拟,以评估儿童头部受伤的重心减速情况。

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