Magnetic bearings use magnetic forces to support various machine components. Because of
the non-contact nature of this type of suspension, magnetic bearing technology offers a …

This paper explores a robust μ-synthesis control scheme for structural resonance vibration
suppression of high-speed rotor systems supported by active magnetic bearings (AMBs) in …

The unbalance of rotor levitated by active magnetic bearings (AMBs) will cause synchronous
vibration which greatly degrade the performance at high speeds in the rotating machinery …

It is necessary to reduce the vibration of rotors supported on active magnetic bearings
(AMBs) with high displacement precision requirement in operation. An unbalance …

The vibration controllability is an important feature in the applications of active magnetic
bearings (AMBs). This paper addresses the two key challenges on the active balancing …

The vibration suppression in the presence of gyroscopic effects is an important issue for safe
operations in magnetic bearing levitated varying speed rotor system. This paper proposes a …

This paper proposes a new control scheme, automatic learning control, to eliminate
unbalance effects, which adversely affect the operation of active magnetic bearings. This …

Rotor imbalance causes undesirable synchronous vibrations of displacement, force and
torque. An active vibration control (AVC) method achieving the minimum vibration force and …

Because of the couplings without off-line balancing and the uneven distribution of the rope,
the equivalent residual unbalances in the active magnetic bearing (AMB) controlled …

In this paper, in order to solve the problem of unbalance vibration of rigid rotor system
supported by the active magnetic bearing (AMB), automatic balancing method is applied to …