Study on Vertical Attack Penetration Probability of Anti-ship Missile
Fan Zuoe, Shi Jian-li, Feng Linping
Abstract
Fan Zuoe, Shi Jian-li, Feng Linping
Abstract
In order to study the penetration effect of anti-ship missile in vertical dive attack, the relative motion model of anti-ship missile, the target and interceptor missile is established from the point of view of Engineering application. Variable structure guidance system with angle control for anti-ship missile and guidance system for Ship-to-Air interceptor are designed respectively. The system considers a variety of external factors of anti-ship missile and the constraints of interceptor missile. In this paper, the simulation of 6-DOF full-trajectory vertical dive attack of anti-ship missile with interception is carried out. According to different initial simulation conditions, Monte Carlo method is used to calculate the penetration probability of anti-ship missile in dive attack. The simulation results show that the penetration effect of vertical dive attack is much higher than that of common attack.
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In order to study the penetration effect of anti-ship missile in vertical dive attack, the relative motion model of anti-ship missile, the target and interceptor missile is established from the point of view of Engineering application. Variable structure guidance system with angle control for anti-ship missile and guidance system for Ship-to-Air interceptor are designed respectively. The system considers a variety of external factors of anti-ship missile and the constraints of interceptor missile. In this paper, the simulation of 6-DOF full-trajectory vertical dive attack of anti-ship missile with interception is carried out. According to different initial simulation conditions, Monte Carlo method is used to calculate the penetration probability of anti-ship missile in dive attack. The simulation results show that the penetration effect of vertical dive attack is much higher than that of common attack.
Key concepts: Missile, Penetration (warfare), Angle of attack, Missile guidance, Interception, Trajectory, Marine engineering, Aerospace engineering