偏置破碎分析及其应用

H. Mahmood, Donald Wheatley, H. H. El-Hor, Hassen Hammoud
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引用次数: 0

摘要

直到最近,人们还在进行正面碰撞分析和测试,以预测汽车的性能和行为,以满足正面碰撞的安全要求。迄今为止,在控制偏置正面碰撞时的能量吸收方面还做得很少。这个话题已经成为一个非常有趣和具有挑战性的问题,因为它将在未来几年被纳入联邦法规。在偏移碰撞中,负载被施加到前端的一侧,而另一侧部分卸载。鉴于这种情况,必须仔细设计交叉构件,以便吸收和安全地将部分偏移碰撞载荷传递到对面。本文将描述在偏置碰撞下前部结构的理论性能,同时确定影响这种行为的所有相关参数。将对单次、全部和偏移碰撞进行计算机分析,并将结果和比较制成表格和图表。
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Offset Crush Analysis and its Applications
Until recently, frontal crash analysis and tests were performed to predict the performance and behavior of cars to meet full frontal crash safety requirements. Little has been done so far to control the energy absorption during an offset frontal crash. This topic has become a very interesting and challenging issue since it will be included in the federal regulations in the coming years. In offset crash, the load is applied to one side of the front end, leaving the other side partially unloaded. In light of this situation, cross-members have to be carefully designed in order to absorb and safely transmit part of the offset crash load to the opposite side. This paper will describe the theoretical performance of the front structure under an offset crash and at the same time identify all related parameters that influence this behavior. A computerized analysis of the single, full and offset crash will be performed and results and comparisons will be tabulated and graphed.
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