Active magnetic bearing (AMB) system has been recently employed widely as an ideal
equipment for high-speed rotating machines. The inherent challenges to control the system …

This paper reviews electromagnetic bearings with power electronic control for high-speed
machinery, which are termed as Active Magnetic Bearings (AMB). AMB is a contact-less type …

Abstract Active Magnetic Bearings (AMBs) are broadly utilized for high angular speed
machines such as turbo-machinery, compressors and high speed motors. In AMBs, the …

Active magnetic bearing (AMB) is a suspension system to levitate a rotating shaft freely
without any physical contact which allows extremely fast rotation speeds. One big control …

Active magnetic bearing (AMB) systems have attracted much attention in the high speed
rotating machinery industry. This paper presents an application of discrete-time model …

The fast rotating machines are susceptible to rotor deviation, and therefore, active magnetic
bearing (AMB) systems are used to support the shaft through controlled electromagnetic …

This paper presents a methodology for designing a robust gain scheduled Takagi-Sugeno-
Kang (TSK) fuzzy Q-parametrisation controller for nonlinear magnetic bearing systems …

Magnetic levitation is a powerful phenomenon which, if correctly controlled allows
frictionless relative motion between two bodies. Active Magnetic Bears use this characteristic …

In recent years, Active Magnetic Bears (AMBs) becoming attractive for several reason such
as frictionless rotation, high reliability and high speed operation. Moreover, AMBs are today …

Flywheel unit is one of the most important ways to storage and recovery energy in electric
vehicles. In order to realize high energy density, flywheel unit always work at high speed …