Electromagnetic force and torque computations for a bearingless synchronous reluctance
motor present multi-input complexity due to the levitating auxiliary winding located in the …

Diagnostics and prognostics of electrical energy conversion systems are moving forward
with the rapid development of IT and artificial intelligence possibilities. This also broadens …

A bearingless machine should be designed to maximize the average and to minimize the
ripple in the electromagnetic torque and levitating force. In a bearingless synchronous …

This paper presents the methodology and computation results for the torque and iron losses
in a bearingless synchronous reluctance machine. The aim is to compute the hysteresis …

In this study, the authors presented a systematic design procedure of outer rotor bearingless
synchronous reluctance motor (SynRM). The proposed motor is compared with an already …

In this paper, a computationally effective iron loss calculation method for synchronous
machines is presented. The method is based on a single static 2D finite element field …

Eccentricity in a bearingless motor may occur during different operating states of the
machine. This rises challenges in designing robust control for the machine with a lumped …

Various control strategies have been adopted for the field weakening control of the interior
permanent magnet synchronous motors. Most of these either use the magnetic model …

A bearingless machine should be designed to maximize the average and to minimize the
ripple in the electromagnetic torque and levitating force. In a bearingless synchronous …

Eccentricity in a bearingless motor may occur during different operating states of the
machine. This rises challenges in designing robust control for the machine with a lumped …