This article proposes a novel analytical model which combines subdomain method and
magnet equivalent circuit (MEC) method to predict the cogging torque of surface-mounted …

It is well known that permanent magnet Vernier machine (PMVM) has multiple flux field
harmonics, which can produce stable torque. However, some flux field harmonics would …

The elimination of periodic torque disturbance in permanent magnet synchronous machine
(PMSM) drives is a multifrequency control task, and adding resonant parts to the controller …

To suppress the torque ripple for smooth speed control of electric drives, active disturbance
rejection (ADR) controller based on generalized integrator (GI) extended state observer …

The lumped-parameter thermal network (LPTN) has been widely used in the thermal
analysis for electrical machines. Nevertheless, since the thermal resistances are defined …

This paper presents the design flow of an advanced non-linear control strategy, able to
absorb the effects that the main causes of torque oscillations, concerning synchronous …

Permanent-magnet (PM) motors have been widely used in industrial applications and
automobiles. However, owing to the design tolerances, manufacturing uncertainties, and …

One of the main obstacles to the robust optimization for permanent magnet machines is the
high computational burden, which is mainly caused by the robustness evaluation process …

This article designs parameter adaptation algorithms for online simultaneous identification of
a two-parameter sigmoid inverter model for compensating inverter nonlinearity to reduce the …

This article presents an analytical solution procedure to investigate the geometrical impact of
the magnet and the rotor core on the performance of slotted, surface-mounted permanent …