摘要
针对近程反导作战中小口径舰炮武器系统对反舰导弹的毁伤效果评估问题,在传统的以命中概率为毁伤评估的基础上,根据小口径舰炮对反舰导弹的毁伤机理,建立了毁伤模型。运用有限元方法,针对密集阵舰炮武器系统弹丸对典型反舰导弹战斗部系统进行了多角度侵彻毁伤仿真分析。通过与实验数据的对比表明,结果能够反映实战环境下舰炮弹丸对反舰导弹可能的毁伤效应,对有效评价小口径舰炮对反舰导弹整体的毁伤效果提供了理论参考。
Aiming at the damage modes caused by the small caliber naval gun to the anti-ship missile in the short range anti-missile operation,based on traditional methods that take probability as the damage effect,the factors related to the vulnerability of the small caliber naval gun are summarized and a damage model is put forward. On the basis of that,the penetration damage caused by the Phalanx naval gun weapon system and the missile warhead system is modeled and simulated in multiple angles by the finite element method. In contrast with experimental data,the simulation results can reflect the effect of possible damage by projectile on anti-ship missile in the actual combat environment. The research provides a theoretical reference for effectively appraising the whole damage effect caused by the small caliber naval gun to the anti-ship missiles.
出处
《哈尔滨工程大学学报》
EI
CAS
CSCD
北大核心
2015年第3期358-361,共4页
Journal of Harbin Engineering University
基金
中国博士后科学基金资助项目(20110491883)
关键词
舰炮弹丸
典型反舰导弹
易损性
毁伤模型
毁伤机理
有限元仿真
naval gun projectile
typical anti-ship missile
vulnerability
damage model
damage mechanism
finite element simulation
