Recent investigations on IMs with FSCWs show that, due to the higher MMF harmonic
content of concentrated windings, this machine type is characterized by low torque capability …

With the advantage of pole-phase modulation (PPM), the multiphase induction motor drives
facilitate the enriched range of speed-torque characteristics with a higher number of pole …

This study investigates the influence of stator coil pitch on the electromagnetic performance
of squirrel‐cage induction machine (IM) with emphasis on the flux‐weakening (FW) …

New multilayer winding configuration for AC machines is presented that can provide high
quality rotating MMF with reduced space harmonics. Compared to the traditional distributed …

This paper presents a detailed analysis and design guidelines for advanced nonoverlapping
winding induction machines (AIMs) with coil-pitch of two slot-pitches by considering some …

In electric drive applications that are based on high‐speed induction motors (IMs) with an
extended speed range, stator winding pole‐changing is a possible technique to avoid …

This thesis presents an investigation into advanced squirrel-cage induction machines (IMs),
with a particular reference to the reduction of the total axial length without sacrificing the …

Machines with modular structure significantly simplify the manufacturing process, particularly
the stator winding, and highly increase the slot fill factor. The non-overlapping concentrated …

This paper presents an investigation into the applicability of a new fractional slot
concentrated winding with improved magneto motive force, however with low winding factor …

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 …