固定翼反潜飞机航空自导深弹攻潜效能仿真

摘要

Aviation homing depth charge is an important weapon of fixed-wing anti-submarine warfare patrol aircraft,and effectiveness simulation of the depth charge plays a significant role in aviation anti -submarine operational effectiveness research .The procedure of fixed-wing anti-submarine warfare patrol aircraft for attacking submarine with aviation homing depth charge was studied,based on which the relevant models of airborne searching sensor,fire control system,ballistic trajectory of the depth charge,underwater detecting and hitting,and movement model of underwater submarine were established .Operational effectiveness of attacking waterborne and underwater submarine was simulated by Monte-Carlo method,and the influence of each attacking parameters on damage probability was analyzed .Finally,the optimal fire control parameters of aviation homing depth charge were proposed for anti-submarine warfare patrol aircraft .%航空自导深弹是固定翼反潜飞机的重要攻潜武器，深弹攻潜效能仿真分析是航空反潜作战效能研究和作战使用的重要依据。通过研究固定翼反潜飞机使用航空自导深弹攻潜的过程，建立机载搜潜传感器、机载火控系统模型、航空自导深弹空中弹道、水下探测与命中模型、目标潜艇水下运动模型。采用蒙特卡罗法计算仿真固定翼反潜飞机使用航空自导深弹攻击水上、水下状态潜艇的过程，分析各种深弹攻潜参数对毁伤概率的影响，最终提出了固定翼反潜飞机航空自导深弹攻潜的最优攻击参数。