基于增益调度的结构振动分布式反馈控制

使用多传感器和驱动器控制简支板的振动.传感器和驱动器局部连接组成独立的闭环.在仿真中分别采用了点力驱动器和压电陶瓷驱动器.以极小化系统的总动能为目标,使用同步扰动方法对结构振动的分布式反馈增益进行最优调度.仿真结果表明,所提出的方法可以有效地抑制结构振动.

Distributed Feedback Control of Structural Vibration with Gains Scheduling Strategy

The multiple actuators and sensors are used to control the vibration of a simple supported panel. The actuators and sensors are connected only by local feedback loops. In the control system, the force actuators and piezoelectric actuators are considered respectively. To reduce whole energy of the structure, the simultaneous perturbation technology is used to schedule the distributed feedback control gains. The computer simulations show that the distributed feedback gains scheduling strategy proposed in this paper is very effective to control of structural vibration.