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Virtual Testing for Frontal Impact of High-Top cab of Heavy Truck

机译:重型卡车高顶驾驶室正面碰撞的虚拟测试

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ECE R29 regulation has legally claimed that the survival space must be guaranteed for the safety for driver and front seat passenger in event of crash during design of truck cabin. In this paper, a finite element model of a high-top cabin of a heavy truck with a manikin on the driver seat was built with commercial code Hypermesh, The explicit finite element program Ls-Dyna was used to simulate the frontal pendulum impact on the high-top cab in the light of ECE R29 regulation. Deformation of the truck cabin and the survival space of the dummy were analyzed and discussed. Also, some suggestions were given to solve the contact possibility between steering column and the knees of manikin.
机译:ECE R29规定法律声称必须保证生存空间的驾驶员和前座乘客的安全性,而在卡车舱设计期间发生碰撞。在本文中,用商业代码HyperMesh建立了一个带有Manikin的重型卡车的高顶机舱的有限元模型,用商业代码HyperMesh建立了明确的有限元程序LS-Dyna来模拟对额外摆锤的影响鉴于ECE R29调节,高顶驾驶室。分析了卡车舱的变形和假人的生存空间。此外,还有一些建议解决了转向柱与人体模型的膝盖之间的接触可能性。

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