In this paper, a sequential Taguchi method for design optimization of an induction motor (IM)
for an electric vehicle (EV) is presented. First, a series of empirical and mathematical …

The paper develops a method to choose the number of rotor bars in order to eliminate rotor
slot harmonics in stator current spectrum and pulsation torques that are their consequence …

Rules for the selection of rotor bar numbers which minimize current and torque ripples are
derived in this paper for a general symmetrical multiphase cage induction machine with …

This paper analyses the impact of the number of stator slots to rotor bars, ie the slot
combination, in a cage rotor induction motor (IM) on its electromagnetic torque ripple during …

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

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) …

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 …

In this article, we investigate the generation mechanism of torque ripples in induction motors
(IMs) by using theoretical expression of torque ripples and finite element analysis (FEA), to …

The aim of this study is to compare the axial flux induction motors (AFIM) used in electric
vehicles by analyzing them with finite element method in different poles, number of slots and …