火箭助飞鱼雷发控及弹道仿真

Rocket-assisted Torpedo Fire Control And Ballistic Trajectory Simulation

针对水面舰艇反潜武器系统研制、火箭助飞鱼雷作战使用研究中对助飞鱼雷的仿真需求,重点研究了助飞鱼雷发射控制仿真方法和空中弹道仿真方法,完成了不同工况不同射程下发动机关机时间建模和保证大范围飞行一致性的火箭自适应控制器设计。应用表明,所形成的助飞鱼雷武器通道仿真模型能有效模拟助飞鱼雷从发射控制到弹道航行到命中目标的全过程以及作战效果,能够支撑助飞鱼雷发控算法研究以及作战使用研究。

Considering the simulation requirement of the design of Ship anti-submarine weapon system and the research of Rocket-Assisted Torpedo（ RAT） using,the simulation method of fire control and air trajectory is mainly studied. The modeling in different working condition with different preset range and the design of rocket＇s adaptive controller which ensures the long range flight consistency have been completed. The application results reveal the model can effectively simulate the whole process include fire control,ballistic trajectoty hit the target,and the combat effect,which means a good application value in the research of control arithmetic and RAT using.