Linear-Quadratic Optimal Control of Active Magnetic Bearings for High Speed Rotor
This paper describes an analytical solution to the Linear-Quadratic optimal design problem of the active magnetic bearing controller for a rigid high speed (gyroscopic) rotor. Dynamic properties of the optimal system are treated and compared with those obtained for the system with a conventional PD decentralised controller.
Author: Y. Zhuravlyov | Published: 1998
Booktitle: Proceedings of ISMB6
Booktitle: Proceedings of ISMB6