51式7.62mm子弹对小客车车身及其模拟目标侵彻试验的实验研究

Wei Wei, Haosheng Wang, W. Yan, Jinming Li, Jianzhong Wang
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引用次数: 0

摘要

通过弹丸对小客车车身的侵彻试验,探讨了弹孔参数和小客车材料组成。然后通过分析小型货车车身的组成材料和侵彻试验结果,建立了车身仿真目标。进行了不同速度和角度下的目标突防仿真实验。速度范围为100m/s ~ 450m/s,角度范围为15°~ 90°。结果表明:在相同侵彻角下,弹孔宽度随侵彻速度的增大而增大;当夹角为30度,速度小于110m/s时,子弹不能穿透目标。当夹角为15度,速度小于226米/秒时,子弹不能穿透目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EXPERIMENTAL STUDY OF TYPE 51 7.62MM BULLET PENETRATION TEST TO THE MINIBUS BODY AND ITS SIMULATED TARGET
The penetrating test of bullet impacting the minibus body was carried out to explore the bullet hole parameters and minibus materials composition. And then the body simulation target was established by analyzing the composition materials of minivan body and the result of penetrating test. The simulated target penetration experiments were carried out with different velocity and angle. The velocity range is from 100m/s to 450m/s, and the angle range is from 15 degrees to 90 degrees. The results show that with the same penetration angle, the width of bullet hole increases with the increase of penetrated velocity. When the angle is 30 degree and the velocity is less than 110m/s, the bullet cannot penetrate the target. When the angle is 15 degree and the velocity is less than 226m/s, the bullet cannot penetrate the target.
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