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MODELLING TRIALS TO CHARACTERIZE A SHAPED CHARGE JET SLUG TRAJECTORY RANGE

机译:建模和试用以表征急速弹头弹头弹道和射程

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This paper describes a study of possible methods of predicting shaped charge range. An initial modellingstudy suggested the jet slug would have the longest range. Experimental trials were then performed, theaim being to produce data that would provide confident estimates of the likely maximum slug range.The trials were split into two parts. The first ‘short range trial’ characterized the slug. The ‘long rangetrial’ used tracking radar to measure the trajectory of the slug and hence determine its external ballisticproperties. This information was used to calculate a drag law, which in turn was used to predicttrajectories of the slug for different elevations and wind conditions. These trials utilized a number ofinnovative techniques that had not previously been used on small caliber shaped charges. Theinvestigation has demonstrated the value of an integrated approach between simulation andexperimentation.
机译:本文介绍了预测成形装药范围的可能方法的研究。初始建模 研究表明,射流鼻塞的射程最长。然后进行了实验性试验, 目的是产生可对可能的最大弹头范围提供可靠估计的数据。 试验分为两部分。第一次“短程试验”是这一弹头的特征。 “远距离 试验使用跟踪雷达测量弹头的轨迹,从而确定弹头的外部弹道 特性。该信息用于计算阻力定律,而阻力定律又可用于预测 不同海拔和风况下的弹头运动轨迹。这些试验利用了许多 以前从未在小口径装药中使用过的创新技术。这 调查表明,在仿真和仿真之间采用集成方法的价值 实验。

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