实战背景条件下舰炮随动系统靶场仿真试验研究

对舰炮随动系统控制信号进行了分析,采用目标现在点坐标作为火控系统射击诸元对舰炮随动系统输入控制信号进行仿真;对负载扰动力矩进行了系统分析,提出了简化的扰动力矩模型,解决了舰炮在射击、摇摆等状态下扰动力矩及转动惯量的模拟问题。该方法以舰炮随动系统作战使用环境为基础,对舰炮随动系统输入端控制信号及输出端负载扰动信号进行了全面仿真、模拟,使仿真试验更接近实战状态,提高了仿真试验的有效性。

The Research of Simulation Test in Range for Navy-gun Servo System Against Actual War Background

An analysis was conducted of the control signals of the navy-gun servo system in this paper. The present point coordinate of target, which is adopted as firing data of fire control system, is inputted to simulate the control signal of navy-gun servo system. The load disturbance torque was analyzed systematically with simplified disturbance torque model proposed. The simulation issue of navy-gun disturbance torque and moment of inertia under the state of firing and swing are settled. On the basis of combat application environment for navy-gun servo system, the control signal of the input terminal and load disturbance signal of the output terminal are simulated completely. Through the use of this approach, the simulation test is made closer to actual combat state and the effectiveness of the simulation is enhanced.