基于反航母作战面临的巨大困难,提出一种基于无人机的小型封锁弹药毁伤航母作战模式,建立了BAP100小型封锁弹药仿真模型。运用Autodyn对无人机小型封锁弹药毁伤(侵爆)航母进行仿真,仿真结果显示:弹头附近出现一个深度约57mm左右小坑,无法将航母甲板击穿,甲板表面很大范围内出现高低不平毛刺现象。单枚弹药对航母的毁伤不是致命的,但这种小坑与毛刺能够限制航母的载机起飞、降落,对于反航母作战将具有实际意义。

As the great difficulty of anti aircraft carrier, a small blockade ammunition damaged aircraft carrier war mode based on unmanned aerial vehicle (UAV) was proposed. The simulation model of BAP100 small blockade ammunition was established, and on the basis of Autodyn, the small blockade ammunition damage( penetration and expansion) aircraft carrier was simulated. The simulation results show that near the warhead, there is a small pit about 57 mm depth, which indicates that the warhead can not penetrate the deck of the carrier, and uneven burrs appear in a large range of deck surface. The damage of single ammunition to aircraft carrier is not fatal, but this small pit and burr can limit the takeoff and landing of the carrier, and it has practical significance for the anti-aircraft carrier combat.