反直升机智能雷系统毁伤效能仿真研究

Simulation of Damage Efficiency of Anti-helicopter Intelligent Mine

通过引入武装直升机目标域、关键部件等效体贡献因子,采用蒙特卡罗方法,建立了仿真模型,在拟定的智能雷系统参数条件下,对反直升机智能雷系统的弹目交汇有效性、目标有效命中概率、目标有效毁伤概率、目标毁伤效能评估等进行了仿真,得到了弹目斜距、目标飞行速度等因素对智能雷系统毁伤效能的影响关系。研究成果为反直升机智能雷技术研究奠定了基础。

After the armed-helicopter target field, key segments equivalent weighted coefficient were introduced, and the Monte Carlo method was used to simulate the projectile-target encounter efficiency, probability of target effective impact, probability of target effective damage and target damage efficiency of the anti-helicopter intelligent mine system. The effects of projectile-target inclined distance and target velocity on the damage efficiency were gained after supposing a nibble condition of intelligent mine system. The study results ground the foundation of the research on anti-helicopter intelligent mine.