硬目标引信侵彻过程原理研究

Hard target penetrating fuze penetration acceleration signal simulation

以实物仿真关键技术对硬目标侵彻引信进行了研究,创建半实物仿真、侵彻过程仿真、实验数据的处理等多维信息处理于一体的硬目标侵彻引信半实物仿真平台,结合典型目标介质特性,得出影响侵彻过载的主要因素,即目标介质特性、着速和着角等,并通过重点弹道计算和数值模拟对侵彻过载的主要影响因素进行了分析。

The paper studied physical simulation of hard target penetration fuze based on the key technology, created hardware-in-the-loop simulation of penetration process simulation, experimental data processing, multidimensional information processing in the integration of hard target penetration fuze simulation platform, combined with a typical target medium characteristics which influence the penetration overload are the main factors, namely the target medium characteristics, velocity and angle, and by focusing on the ballistic calculation and numerical simulation on the penetration deceleration of the main influence factors are analyzed.