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RESEARCH ON ARMOR DEBRIS CLOUD CHARACTERISTICS OF SHAPED CHARGE JET PENETRATING TARGET VERTICALLY

机译:垂直形状电荷喷射渗透靶的铠装碎片云特性研究

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When shaped charge jet (SCJ) penetrating finite thickness target,penetration depth and armor debris cloud are major determinants ofdamage degree. Especially for the interior equipment and personal ofarmor vehicle, extent of damage mainly related to the armor debris clouddistribution characteristics. A great number of studies on armor debriscloud that generated by SCJ have been done by domestic and foreignscholars. Research methods on this issue have mainly concentrated onnumerical calculation and experiment. Therefore, it is not satisfied due tothe formation mechanism analysis on the armor debris cloud lacked. Inthis paper, the debris cloud that generated during the process of SCJpenetrating target was divided into three parts - front, middle and rear.Theory analysis on the armor debris cloud formation mechanism, space andvelocity distribution had been preliminarily studied based on thepropagation character of shockwave and penetration characteristic of jetpenetration on target. The theoretical calculation results are in goodagreement with experimental results of X-Ray imaging test.
机译:当成形电荷喷射(SCJ)穿透有限厚度目标时,渗透深度和盔甲碎片云是主要的决定因素损伤程度。特别是对于室内设备和个人盔甲车辆,损坏程度主要与盔甲碎片云有关分布特征。关于盔甲碎片的大量研究由SCJ产生的云由国内外完成学者。关于这个问题的研究方法主要集中在数值计算与实验。因此,由于缺乏盔甲碎片云的形成机制分析。在本文,在SCJ过程中产生的碎片云渗透目标分为三个部分 - 前,后部和后部。盔甲碎片云形成机制,空间与速度分布已基于初步研究喷射冲击波和渗透特性的传播特征渗透目标。理论计算结果良好与X射线成像测试的实验结果一致。

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