基于Simulink的子导弹全弹道仿真

在MATLAB／Simulink环境下，针对子导弹武器系统，应用全弹道建模方法开发了包括运动学与动力学模块、制导与控制系统模块，弹目相对运动模块等组成的仿真系统数学模型，进行了全弹道数字仿真。仿真实验表明，该仿真系统较好的模拟了子导弹的飞行弹道，为子导弹武器系统的开发研制提供了必要的仿真工具。

Trajectory Simulation of Submunitions Based on Simulink

According to a submuniton weapon system, a simulation system mathematical model was developed in Matlab/ Simulink environment based on the whole trajectory modeling method, including kinematic and dynamic model, guidance system model, control system model, missile-target relative movement model and so on. And the simulation of the whole trajectory was made. Simulations show that the flight trajectory of the submunition can be simulated preferably by means of this system, and the necessary simulating tool in the development of the submunition system can be delivered.