实战中爆破弹药攻击目标毁伤威力准确评估
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摘要
对弹药攻击目标毁伤威力的评估,能够有效预测弹药在实战中的爆破能力。对弹药毁伤威力的准确评估,需要对装甲车通讯设备易损性进行计算,得到基于冲击波的毁伤律模型,完成弹药攻击目标的毁伤威力评估结果。传统方法结合集对分析法,对处理中不确定的因素进行评判,但忽略了对通讯设备的易损性进行计算,导致评估结果不准确。在毁伤工况的条件下提出实战中爆破弹药攻击目标毁伤威力评估方法,确定爆破弹药目标的毁伤效能;根据离散加和及解析积分计算毁伤幅员,建立不同的毁伤律模型,得到破片群对装甲车易损部件的毁伤律模型,对装甲车的通讯设备和观瞄设备的易损性进行计算,得到基于冲击波的毁伤律模型,完成爆破弹药攻击目标毁伤威力的评估。实验结果表明,所提方法可以准确的对爆破弹药的威力进行评估。
Traditional evaluation method for damage power of ammunition to attack target always ignores calculation of vulnerability of communication equipment,which leads to inaccuracy evaluation result. In order to solve the problem,a new evaluation method in actual combat is proposed under damage working condition to confirm damage effectiveness. Damage area is calculated according to discrete sum and analytical integration and different damage law models are built to obtain damage law model of fragment cluster on damageable parts of armored car. Vulnerability of communication equipment and sight equipment of the armored car are calculated to obtain damage law model based on shock wave. Thus,the evaluation of damage power is completed. Simulation results show that the method can evaluate the damage power accurately.
Traditional evaluation method for damage power of ammunition to attack target always ignores calculation of vulnerability of communication equipment,which leads to inaccuracy evaluation result. In order to solve the problem,a new evaluation method in actual combat is proposed under damage working condition to confirm damage effectiveness. Damage area is calculated according to discrete sum and analytical integration and different damage law models are built to obtain damage law model of fragment cluster on damageable parts of armored car. Vulnerability of communication equipment and sight equipment of the armored car are calculated to obtain damage law model based on shock wave. Thus,the evaluation of damage power is completed. Simulation results show that the method can evaluate the damage power accurately.
引文
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[3]刘保军,等.基于云模型和FAHP熵权的空地弹药效能评估[J].火力与指挥控制,2017,42(6):80-84.
[4]袁亦方,等.单兵全捷联图像制导弹药制导信息估计技术[J].红外与激光工程,2015,44(1):370-376.
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