分析正面撞击时的事件数据记录仪。

A German, J-L Comeau, K J McClafferty, M J Shkrum, P F Tiessen
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引用次数: 0

摘要

碰撞保护安全特性的评估需要量化冲击严重性的措施。在大多数真实世界的碰撞数据库中,速度变化(delta-V)是碰撞严重程度的主要描述符。delta-V的限制之一是它没有考虑到碰撞脉冲发生的时间(delta-t)。最新款通用汽车配备了事件数据记录仪,以10毫秒的间隔捕捉碰撞脉冲的累积delta-V。从这些数据可以很容易地计算出减速,并提供了一种以前无法用于现实世界碰撞的严重程度的补充度量。在实际正面碰撞和正面碰撞试验中,研究了不同车辆平台的最大δ v与减速度之间的关系。最大减速度与最大δ - v密切相关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Event data recorders in the analysis of frontal impacts.

Evaluations of crash protection safety features require measures for quantifying impact severity. Velocity change (delta-V) is the major descriptor of collision severity used in most real-world crash databases. One of the limitations of delta-V is that it does not account for the time over which the crash pulse occurs (delta-t). Late model GM vehicles equipped with event data recorders capture the cumulative delta-V in 10 ms intervals over the crash pulse. Deceleration can be readily calculated from these data and provides a complementary measure of severity that has not previously been available for real world crashes. The relationship between maximum delta-V and deceleration was examined for different vehicle platforms involved in real world frontal impacts and frontal crash tests. Maximum deceleration was observed to be closely correlated to the maximum delta-V.

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