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 …

Bearings are pivotal components in mechanical systems, providing crucial support to
rotating bodies. However, traditional bearings are susceptible to failure caused by friction …

The aim of this study was to conduct thermodynamic and economic analyses of a
concentrated solar power (CSP) plant to drive a supercritical CO2 recompression Brayton …

This paper investigates the finite element modelling, analysis and identification of a fully-
levitated flexible rotor with faults using active magnetic bearings (AMBs). For simultaneous …

The active magnetic bearings system plays a vital role in high-speed rotors technology,
where many research articles have discussed the nonlinear dynamics of different categories …

Small-scale refrigeration centrifugal compressors hold the potential for superior efficiency
compared to currently used positive displacement compressors. However, traditionally …

A model-based identification algorithm derived from an innovative virtual trial misalignment
(VTM) strategy is developed to identify the rotor unbalance, active magnetic bearings …

Active magnetic bearings are complex mechatronic systems that consist of mechanical,
electrical, and software parts, unlike classical rolling bearings. Given the complexity of this …

Rotating machinery is an essential and crucial component of numerous mechanical systems
in modern industries, transport vehicles, and in several other applications. Excessive …

For the hybrid magnetically suspended flywheel (MSFW) with radial two degrees of freedom
(DOFs) active magnetic bearing (AMB) and axial three DOFs AMB, the vibration analysis …