We have applied multiobjective optimal design to a brushless dc wheel motor. The resulting
axial-flux permanent-magnet motor has high torque-to-weight ratio and motor efficiency and …

We present dedicated designs of optimal current waveforms for disk-type axial-flux wheel
motors. The four-phase dedicated wheel motor has been designed and installed directly …

An optimal design and control technology of a wheel motor is proposed for small electric
passenger cars. The axial-flux sandwich-type disc motor is designed with a rotor embedded …

This paper presents the computer-aided design (CAD) and performance analysis of a novel
direct-driven wheel brushless DC motor drive for electric vehicles (EVs). The proposed …

This paper presents the development of a" weight-power trade-off" applicable to high-
performance, power limited vehicles. The theory is then applied to the electric vehicle case …

This study proposes a systematic process of a multi‐objective optimal design of an axial‐flux
permanent‐magnet motor for electric scooters. The preliminary design uses a zero …

This paper presents a high efficiency direct wheel motor drive for electric vehicles (EVs). The
proposed motor is a permanent magnet square-wave motor whose rotor with rare earth …

This paper presents a new structure of BLDC motor applied for a wheel-hub motor for an
electric vehicle. Today the physical structure of BLDC motors is dominated by a massive …

The availability of new high-energy permanent magnets at a reasonable cost has opened up
the possibility of developing very compact brushless permanent magnet motors with …

The design process of a double-sided slotted TORUS axial-flux permanent-magnet (AFPM)
motor suitable for direct drive of electric vehicle (EV) is presented. It used sizing equation …