This paper analyzes the impact of manufacturing tolerances on the cogging torque of a 24-
slot 28-pole tooth-coil-winding permanent magnet synchronous machine with a modular …

This work aims to identify and analyze the impact of static and dynamic eccentric tolerances
on relevant performance measures of permanent-magnet synchronous-machines with …

Featured Application The results of this work can be included in the design stage of modular
permanent magnet synchronous machines for fault-tolerant applications. Abstract …

This paper presents a comparison of optimized tooth-coil-winding modular permanent-
magnet synchronous machines (TCW-MPMSMs) with H-shape and U-shape stator …

This paper presents an analysis of independent tooth tips, interior and exterior, in U-shape
core modular stator permanent magnet synchronous machines (MPMSM). Radial flux …

Pairing a segmented stator core structure with dual three-phase windings in a permanent
magnet machine (PMM) could translate into a high fault-tolerant machine with acceptable …

This paper analyzes the impact of axial-varying eccentricity on relevant performance indices
of permanent magnet synchronous machine with modular stator core (MPMSMs) by means …

This work is about the analysis and optimization of radial flux modular stator synchronous
machines. An outer rotor topology with surface-mounted permanent magnets is focused. The …

The segmentation of the stator core in an electric machine helps to reduce waste material
during stamping, simplifies coil winding technology in the case of concentrated winding, and …