Eddy-current analysis is an important research field. This phenomenon occurs in multiple
areas and has several applications: electromagnetic braking, repulsive effects, levitation …

This paper presents a method for the calculation of eddy current losses in the permanent
magnets, which takes into account the reaction of induced eddy currents. The developed …

Permanent magnet synchronous motors (PMSMs) with nonconcentric magnetic poles
(NCMP) structure are widely used as high-precision servo motors. The current subdomain …

This paper presents a novel analytical technique for predicting three-dimensional (3-D)
magnet eddy current losses accounting the slotting effect of any pole-slot combinations for a …

It is recognized that the rotor with shielding cylinder (SC) is one of the effective measures to
restrain the rotor eddy current loss (RECL) for high-speed surface-mounted permanent …

The necessary reliability of safety-critical aerospace drive systems is often partly achieved
by using fault-tolerant (FT) electrical machines. There are numerous published literatures on …

This study proposes a computationally efficient analytical method, for accurate prediction of
three‐dimensional (3D) eddy current loss in the rotor magnets of surface mounted …

Permanent magnet exited synchronous machines always show three significant portions of
their losses: Iron losses within the magnetic circuit, power losses within the stator winding …

Nowadays, the importance of smart electrical drives is growing. The demand for drives of
higher reliability is of major importance. This can be achieved by increasing the number of …

Permanent-magnet machines with fractional-slot concentrated windings are easy to
manufacture. Their popularity therefore is steadily increasing. Without a proper design …