In this paper a critical review of literature on applications of Active Magnetic Bearings
(AMBs) systems in flexible rotordynamic systems have been presented. AMBs find various …

Rotating machinery support design with the aim of reducing the amplitude vibration and
force transmitted to the foundation has significant importance regarding the various …

This paper investigates the effect of hydrodynamic thrust bearings on the nonlinear
vibrations and the bifurcations occurring in rotor/bearing systems. In order to examine the …

Bearing reaction forces are commonly approximated by linear coefficients at a given
rotational speed, although they are, in reality, considerably nonlinear in some situations …

Active control methods of rotordynamic stability for rotordynamic systems have been
developed for many years, however effectively implementing these methods in real …

Magnetic actuators are successfully used in the control of rotating machinery using feedback
to eliminate the undesired vibration. Control algorithms can be implemented through the …

Journal bearing supported rotors present two kinds of self‐excited vibrations: oil‐whirl and
oil‐whip. The first one is commonly masked by the rotor unbalance, hence being rarely …

The present work is dedicated to active modal control applied to flexible rotors. The
effectiveness of the corresponding techniques for controlling a flexible rotor is tested …

Active vibration control for flexible high-speed rotors tends to be a particularly challenging
problem due to the influence of gyroscopic terms, resulting in the need for speed-dependent …

This paper presents experimental results of output tracking for soft magnetic actuators using
iterative machine learning (IML) to estimate the model and its uncertainty. A challenge is that …