… control for active magnetic bearings is discussed. For the numerical evaluation of different
control algorithms a mathematical model of the controlled … principle of magnetic levitation as …

… This approach is inadequate for the design of the closed-loop magnetic suspension
controller for active magnetic bearing supported rotors. For instance, the example flywheel …

… The active magnetic bearing treated in this work is a eightpole, heteropolar type of bearing
(Fig. 1). Though this configuration yields several disadvantages in comparison to other …

… superconducting attitude control and energy storage flywheel with active magnetic bearings
(… Mizuno, “Analysis on the fundamental properties of active magnetic bearing control systems …

… the control methods of active magnetic bearings at home and abroad. The tuning method of
the control … Section 5 presents the main development trends of the future control methods of …

… Active magnetic bearings enable greater spindle dynamic stiffness through higher attainable
bearing … of Virginia on active magnetic bearing (AMB) technology for HSM applications. …

… case study for magnetic bearing applications on combat vehicles… -CEM) has designed active
magnetic bearing actuators for use in … An active magnetic bearing (AMB) control system was …

… In this paper, however, the flexibility of a digitally controlled magnetic bearing is further
demonstrated with the implementation of additional, more complex, algorithms, and the model …

… control of active magnetic bearings. Using a flux-based, voltage-controlled AMB model, we
propose a series of new control … modern nonlinear control theory: control Lyapunov functions, …

… In this paper, a feedback linearization controller is applied to a 1-DOF active magnetic
bearing test rig with voltage control. A detailed nonlinear model was developed using both …