2010•Journal of Naval Aeronautical and Astronautical UniversityRequires access

Research on Penetration Effect of Terminal Maneuver for Anti-Ship Missile Based on Monte Carlo Method

Peibei Ma

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Abstract

In order to compare the penetration effect of different terminal maneuver forms for anti-ship missile,when it is intercepted by the ship-to-air missile,the intercepting mathematical model was presented in the point of view of engineering application. With the restriction factors of disturb,modeling error,ocean wave,uncertainties and other actual restrictions,an anti-ship missile was simulated in 6-DOF based on the overload control system. And the ship-to-air missile was simulated in three order characteristics considering the constraints of heading angle and dead-area. According to the different initial positions of ship-to-air missile,the different initial simulation conditions were accordingly defined. By the computer simulation,the penetration probability of different terminal maneuver forms for anti-ship missile was computed base on the Monte Carlo method. Simulation results show that,under the condition of enemy interception missile,the penetration effect of spiral maneuver for anti-ship missile is the best,the cycloid maneuver is the second,the longitudinal snake maneuver is the third,the yaw snake maneuver is the forth,and the penetration effect of without maneuver is the last.

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What this paper is about

In order to compare the penetration effect of different terminal maneuver forms for anti-ship missile,when it is intercepted by the ship-to-air missile,the intercepting mathematical model was presented in the point of view of engineering application. With the restriction factors of disturb,modeling error,ocean wave,uncertainties and other actual restrictions,an anti-ship missile was simulated in 6-DOF based on the overload control system. And the ship-to-air missile was simulated in three order characteristics considering the constraints of heading angle and dead-area. According to the different initial positions of ship-to-air missile,the different initial simulation conditions were accordingly defined. By the computer simulation,the penetration probability of different terminal maneuver forms for anti-ship missile was computed base on the Monte Carlo method. Simulation results show that,under the condition of enemy interception missile,the penetration effect of spiral maneuver for anti-ship missile is the best,the cycloid maneuver is the second,the longitudinal snake maneuver is the third,the yaw snake maneuver is the forth,and the penetration effect of without maneuver is the last.

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Available abstract

In order to compare the penetration effect of different terminal maneuver forms for anti-ship missile,when it is intercepted by the ship-to-air missile,the intercepting mathematical model was presented in the point of view of engineering application. With the restriction factors of disturb,modeling error,ocean wave,uncertainties and other actual restrictions,an anti-ship missile was simulated in 6-DOF based on the overload control system. And the ship-to-air missile was simulated in three order characteristics considering the constraints of heading angle and dead-area. According to the different initial positions of ship-to-air missile,the different initial simulation conditions were accordingly defined. By the computer simulation,the penetration probability of different terminal maneuver forms for anti-ship missile was computed base on the Monte Carlo method. Simulation results show that,under the condition of enemy interception missile,the penetration effect of spiral maneuver for anti-ship missile is the best,the cycloid maneuver is the second,the longitudinal snake maneuver is the third,the yaw snake maneuver is the forth,and the penetration effect of without maneuver is the last.

Key concepts: Missile, Monte Carlo method, Simulation, Engineering, Ballistic missile, Terminal guidance, Marine engineering, Penetration (warfare)

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