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SIMULATION OF FOOT WELL INTRUSION FOR SLED TESTING

机译:滑动测试的脚井插入仿真

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摘要

There is a high risk of the lower extremities being injured in frontal crashes of passenger cars. Head and chest are well protected nowadays due to safety features like airbags, seat belts and absorbing materials in the interior, while only limited safety improvements have been achieved in the leg area.rnIn order to investigate the injury mechanism of lower legs, to define development targets and for the assessment of safety devices, PARS developed a tool to reproduce the measured dynamic crash intrusion of the foot well in static and in sled tests. This foot well intrusion system (patent pending) allows the adjustment of both movements of the firewall, parallel intrusion and rotation effects, nearly independent and in a wide range.rnIn this paper the functioning principle of this device will be presented. A comparison between real crash tests and experimental simulations with sled tests will be reviewed.
机译:下肢在乘用车正面碰撞中受伤的风险很高。如今,由于内部具有安全气囊,安全带和吸收性材料等安全功能,头部和胸部得到了很好的保护,而腿部区域的安全性仅得到了有限的改善。rn为了研究小腿的损伤机理,定义发展目标和安全装置的评估,PARS开发了一种工具,可以在静态和雪橇测试中重现测得的脚部动态碰撞事故。这种脚部入侵系统(正在申请专利)允许调整防火墙的移动,平行入侵和旋转效果,几乎独立且范围广泛。在本文中,将介绍该设备的功能原理。将审查真实碰撞测试与带有雪橇测试的实验模拟之间的比较。

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