The stator vibrations of a bearingless synchronous reluctance motor are investigated with
simulations. The influence of the Maxwell stress tensor and magnetostriction on the stator …

Levitation control of bearingless motors requires rotor displacement sensors. Recent
research has explored selfsensing (sensorless) control which enables removing these …

This paper presents a modeling framework for bearingless synchronous reluctance
machines that are equipped with a six-phase stator winding. The six-phase combined …

The rotor of self-bearing machines can be in an off-centered position as they lack of physical
bearings. The air-gap length and effective area with respect to each phase become …

Bearingless motors are an emerging class of electric machines that combines the
functionality of an active magnetic bearing (AMB) and an electric motor into the same stator …