Nowadays the efficient use of energy is a major issue in applications such as electric
vehicles. However, there are some phenomena that affect electric vehicle performance. One …

Using segmented-cores for the production of electric machines provides several advantages
like simplified winding process, ease of transportation, assembling the machine, ability to …

Electric machines are highly efficient and highly controllable actuators, but they do still suffer
from a number of imperfections. One of them is torque ripple, which introduces high …

This paper presents a novel approach to backpropagation adaptation of neural controller for
motion control application. Authors propose modification to classical error backpropagation …

The permanent magnet synchronous motor (PMSM) acts as an electrical motor mainly used
in many diverse applications. The controlling of the PMSM drive is necessary due to frequent …

The most common control algorithms for PMSM are based on simplified interpretation of the
mathematical model, assuming strictly harmonic signals and linear distribution of the …

The electric drive system of a permanent magnet synchronous machine (PMSM) with stator
winding impedance asymmetry draws unbalanced three-phase stator currents if the …

This paper deals with predictive control of Interior Permanent Magnet Synchronous Motor
(IPMSM) using improved mathematical model. The aim is to provide high quality torque …

Segmented stators ease the winding process, increase slot fill factor, and improve handling
and assembly. Segmented stator construction also allows oriented steel with superior …

Nowadays, linear machines have more developed for high power applications such as long-
distance transportation. But, their expensive investment and some technical problems are …