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Influence of initial heading angle for the optimal guidance law with impact angle constraint

机译:初始航向角对具有冲击角约束的最优制导律的影响

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Control of impact angle can considerably increase missile's lethality. However, large impact angle will lead to large lateral acceleration requirement during the flight. In order to avoid command saturation, one can choose initial heading angle to decrease the magnitude of the guidance command. Based on impact angle control optimal guidance law of air-to-surface missile, some more in-depth research work is showed in this paper. For a specified impact angle, the methods to select initial heading angle is presented, and, the launch envelope of initial heading angle and terminal impact angle are given. Simulation results demonstrate the obtained conclusions.
机译:控制撞击角可以大大增加导弹的杀伤力。但是,较大的撞击角将导致飞行过程中需要较大的横向加速度。为了避免命令饱和,可以选择初始航向角以减小引导命令的大小。基于空地导弹的冲击角控制最优制导律,本文进行了一些更深入的研究工作。针对特定的冲击角,给出了选择初始航向角的方法,并给出了初始航向角和终端冲击角的发射包络线。仿真结果证明了所获得的结论。

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