Controllable/active bearings are mainly associated with active magnetic bearings (AMBs),
whereas active bearing control is also found in many types of bearings, eg fluid, gas and …

Fast rotating machines require special attention to ensure accurate rotor placement within
the air gap. For this reason, the active magnetic bearings (AMB) system is used to levitate …

Most industrial active magnetic bearings (AMBs) are controlled by proportional-integral-
derivative (PID) controllers. Usually, a time-consuming iterative manual tuning procedure is …

The active magnetic bearings (AMB) play an essential role in supporting the shaft of fast
rotating machines and controlling the displacements in the rotors due to the deviation in the …

Adaptive back stepping control (ABC) is originally applied to a linearized model of an active
magnetic bearing (AMB) system. Our control goal is to regulate the deviation of the magnetic …

The gearbox vibrations and noise caused by variation of contact forces often causes failure
in the components of gearbox, which are then transmitted to the surrounding structures. The …

Active magnetic bearing (AMB) is competent in rotor trajectory control for potential
applications such as mechanical processing and spindle attitude control, while the highly …

In this work, a novel application of Active Magnetic Bearing (AMB) is proposed to integrate
AMB in the Magnetically Coupled Thruster (MCT) assembly for underwater application. In …

The active magnetic bearing (AMB) has been widely used for the corrective actions in the
fast rotating machines, which often faces the problem of deviation in the shaft position. The …

The technology associated with active magnetic bearings has been widely used in the last
years and can be considered as being one of the most promising solutions for several …