Design of flight control system for an aeroelastic aircraft

F. Kubica, T. Livet
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引用次数: 5

Abstract

The evolution of modern day aircraft increases the interaction between aeroelastic dynamics and control laws, known as aeroservoelasticity. An integrated flight control system without structural filters is proposed in order to achieve good handling qualities and increase structural mode damping. In the first step sensor and actuator location is studied, and in a second step the use of the linear quadratic regulator with output feedback for the synthesis of the control law.<>
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气动弹性飞行器飞行控制系统设计
现代飞机的发展增加了气动弹性动力学和控制律之间的相互作用,称为气动伺服弹性。为了获得良好的操纵品质和增加结构模态阻尼,提出了一种不带结构滤波器的综合飞控系统。在第一步中研究了传感器和执行器的位置,在第二步中利用带输出反馈的线性二次型调节器进行控制律的合成
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