摘要
在引战配合条件下,针对目标可能采取的对抗措施,推导了动能杆战斗部类反TBM导弹的杀伤概率数学模型,并根据仿真结果讨论了影响杀伤概率的主要因素;在此基础上,把战斗部参数作为设计变量,以单发导弹杀伤概率最大、战斗部质量最小为双目标函数,建立了优化设计模型,并给出算例,分析了计算结果.
Thinking on fire cooperation and the possible anti-method of the target, the mathematical model of kill probability of anti-TBM missile with ke-rod warhead is deduced. And the main reasons which affect the kill probability are discussed according to the simulation result. Then, a optimization design model is established where warhead parameters are selected as optimization design variables. The basic of the two objectives optimization model is a function with two objectives of getting maximum kill probability for one warhead and minimum weight of the warhead. An example is provided and its computed results is analyzed.
出处
《战术导弹技术》
北大核心
2005年第4期7-11,共5页
Tactical Missile Technology
关键词
动能杆
战斗部
优化设计
ke-rod
warhead
optimization design
