A fault-tolerant MTPA control strategy of five-phase flux-intensifying fault-tolerant permanent
magnet synchronous motor (FI-FTPMSM) under open-circuit and short-circuit faults is …

Five-phase flux-intensifying fault-tolerant interior permanent magnet (FIFT-IPM) motor has
high torque output, wide speed range, and strong fault tolerance, which is suitable for the …

Conventional sensorless control methods fail to estimate the accurate rotor position in case
of open-circuit faults (OCFs) in dual three-phase interior permanent magnet machine (DT …

Model predictive control is highly dependent on accurate models and the parameters of
electric motor drives. Multiphase permanent magnet synchronous motors (PMSMs) contain …

This article focuses on modeling, and field orientation control (FOC) for a novel stator/rotor
dual PM and dual winding flux modulated machine (DWDM). The special characteristic of …

In this paper, a fault diagnosis scheme is developed for open-circuit faults in dual three-
phase permanent magnet synchronous motor (DTP-PMSM) drives based on adaptive fault …

In this article, a double normalization fault diagnosis (DNFD) method is proposed to cope
with open-circuit faults of PMSM drives. The proposed DNFD method consists of the current …

In recent years, motor drive systems have garnered increasing attention due to their high
efficiency and superior control performance. This is especially apparent in aerospace …

Due to the overloading, vibration, and harsh conditions, switching transistors in open-end
winding five-phase permanent magnet synchronous motors (OWFP-PMSMs) drives are …

In this article, an online current optimization-based fault-tolerant (FT) control is proposed to
improve the FT capability of standard permanent magnet synchronous machine (PMSM) …