垂直发射快速转弯时叶片推力矢量控制研究

Fuxiang Liu, Liumin Wang
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引用次数: 4

摘要

为了解决导弹垂直发射时的快速转弯问题,本文设计了喷气舵推力矢量控制。通过对导叶的受力分析,建立了导弹俯仰运动的数学模型。同时设计了射流舵控制器,引入了导弹的俯仰角、位置控制和速度控制。仿真结果表明,采用PID控制规则的射流舵控制器可以使导弹在1秒内实现快速转弯。该喷气叶片推力矢量控制模型能够有效地为导弹快速转弯提供足够的控制力矩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the thrust vector control via jet vane in rapid turning of vertical launch
In order to solve the problem of rapid turning of missile vertical launch, the thrust vector control of jet vane is designed in this paper. By applying the force analysis to the jet vane, the mathematical model of the missile's pitch motion in the vertical plane is established. At the same time the jet vane controller is designed, which introducing the missile's pitch angle position control and rate control. The simulation results show that the jet vane controller with the PID control rule can make the missile fast turn within one second. The model of jet vane thrust vector control can effectively provide sufficient control torque for a missile's quick turn.
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