This article proposes a data-driven structural modeling approach for electrical machine
airborne vibration that can be used both in the design stage for fast optimization routines …

The structural characteristics of multilayered interior permanent magnets, magnetic bridges,
and flux barriers contribute to a remarkable saturation effect in permanent magnet assisted …

This paper presents a current sha** method for torque ripple and mean air-gap radial
force-shape harmonics reduction, under minimum Joule losses, used for air-born and …

This paper presents the influence of late design-stage stator teeth shape modification on the
NVH modelling process and characteristics of an electrical machine. 2D electromagnetic …

This article introduces a novel design for the stator and rotor laminations of a three-phase
permanent magnet-assisted synchronous reluctance motor (PMASynRM) to improve torque …

This paper introduces a parametric optimization method employed to reduce the torque
ripple and tooth forces related to noise, vibration, and harshness (NVH) respectively to an …

With the increasing demands for high-performance electrical machines, the noise, vibration
and harshness characteristics can be improved by performing geometrical design …

For accurate modeling of electrical machines the solution multiple physical fields
simultaneously in 3D is necessary. Therefore, the optimization of these machines is an …