This study presents a hybrid optimization technique to optimize stator and rotor slots of
induction motor (IM) design for electric vehicle (EV) applications. The existing meta-heuristic …

This paper presents a comprehensive design optimization and performance improvement
guidelines for induction machines (IMs) having advanced nonoverlapping windings (ANWs) …

In its applications, the starting performance of a 3‐phase induction motor (IM) is very
important. The starting torque of the motor should be as high as possible within the safe …

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 …

The starting performance of induction motor (IM) has a prominent influence on the
redundancy design and cost control of motor drivers. To make the starting torque as high as …

Four outer rotor surface-mounted permanent magnet synchronous machines (SMPSM),
supplied by a seven-phase drive system, are proposed in this study, considering different q …

In recent decades, problems such as air pollution and the reduction of fossil fuel resources
led to the development of electric vehicles. Wireless power transmission is an efficient and …

In this work, analyses of the effect of full-, under-, and over-pitched stator winding
configurations on the efficiency, output power, torque characteristics, and current and …

Stator winding structures are one of the most important parameters affecting motor
performance in induction motor (IM). When deciding on the coil pitch, the winding structure …

Four outer rotor surface-mounted permanent magnet synchronous machines (SMPSM),
supplied by a seven-phase drive system, are proposed in this study, considering different q …