The dynamic response of a misaligned rotor, mounted in two identical active magnetic
bearings (AMBs) was numerically investigated in this work. Three simplified models of …

Currently, there are no formalized methods for tuning non-integer order controllers. This is
due to the fact that implementing these systems requires using an approximation of the non …

The design and implementation of linear and nonlinear control methods for a three-pole
active magnetic bearing (AMB) is presented in this paper. It is shown that the system has …

Control of active magnetic bearings is an important area of research. The laboratory
magnetic levitation system can be interpreted as a model of a single axis of bearings and is …

Abstract Background Active magnetic bearings (AMBs) are electromechanical actuators
commonly used in many industrial applications as alternatives to conventional bearings …

This paper deals with the unbalanced vibration problem of a stabilized active magnetic
bearing (AMB) system. First, a model-based integral-type observer is proposed to evaluate …

An active hydromagnetic journal bearing is designed and presented in this study, which is a
new and innovative type of hybrid journal bearing. The proposed new mechatronic smart …

In this paper, we propose the robust digital control for active magnetic bearing (AMB)
systems. For achieving the robust stability, we deal with the uncertainties of the given system …

Control of active magnetic bearings is an important area of research. In this paper authors
present the methodology of design, discretization and implementation PI λ D controller for …

In this paper, a robust nonlinear control strategy is developed for a class of second-order
nonlinear uncertain systems with uncertainties and disturbances and is applied to two-axis …