基于命中破片数的高炮武器射击控制理论建模与数值预测

Research on firing control theory model and numeric prediction of anti-aircraft artillery weapon based on hit fragments number

针对高炮武器发射多束定向预制破片弹射击控制问题,进行了基于命中破片数的高炮发射多束定向预制破片弹射击控制仿真研究。在研究弹丸开舱点三维分布密度函数基础上,建立了高炮武器命中目标破片数及射击控制模型,编程研究了命中破片数随高炮开火距离的变化关系。靶场射击试验表明,建立的射击控制模型,对高炮武器发射多束定向预制破片弹时的射击控制决策具有重要参考价值。

Aiming at the problem of accurately controlling the firing length of multi-beam directional pre-fragments warhead fired by anti-aircraft artillery weapon,the firing control model of anti-aircraft artillery weapon based on the number of hit fragments was studied.On the basis of studying the three-dimensional distribution density function of the projectile opening point,the anti-aircraft weapon’s hit fragment number and the firing control model were established,and the relationship between the number of hit fragments and the firing distance of the anti-aircraft gun was programmed and studied.The shooting range test shows that the established firing control model has important reference value for the firing control decision when the anti-aircraft artillery fires multiple beams of directional prefabricated fragmentation projectiles.