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为解决鱼雷武器导引弹道的仿真中采用VC、Delphi等高级语言编程工作量大,调试、修改繁琐的问题,针对某型采用自动调整提前角导引弹道的鱼雷,提出了基于Simulink的鱼雷导引弹道仿真解决方案,建立了该型鱼雷导引弹道数学模型,设计了鱼雷导引弹道Simulink仿真模型,并通过该模型对该型鱼雷的导引弹道进行了仿真,给出了仿真结果,绘制了仿真曲线;通过仿真表明,采用Simulink仿真方法使动态系统的仿真变得容易、直观、迅捷,此系统建模与仿真方法,也对其它类似系统的弹道或导引方法仿真具有一定的参考价值。
In order to solve the torpedo weapons guidance trajectory simulation using VC, Delphi and other high-level language programming workload, debugging, tedious revision of the problem, for a type of automatic adjustment of advanced angle guidance trajectory torpedo torpedo guidance based on Simulink The simulation model of the torpedo trajectory is established, the torpedo trajectory mathematical model of the torpedo is established, the simulation model of the torpedo guided ballistic trajectory is designed, the guidance trajectory of the torpedo is simulated by the model, the simulation results are given, The simulation results show that the simulating method of Simulink makes the simulation of dynamic system easy, intuitive and quick. The method of modeling and simulation of this system also has some reference value for ballistic or guidance simulation of other similar systems .