Interior permanent magnet synchronous machines (IPMSMs) are commonly utilized in many
applications where high-torque density and low torque ripple are required. Flux barriers …

The synchronous reluctance machines with transversally laminated rotor and multi flux
barriers per pole reach a high torque density, so that they are proposed as a valid alternative …

This paper deals with the design of a synchronous reluctance motor suited for hybrid electric
vehicles. The focus is mainly on rotor design: the angles of the flux barrier ends are chosen …

This paper performs a study on the optimal design of V-type interior permanent magnet
motors (VIPMMs), in which the rotor is equipped with assisted barriers for the improvement …

This paper presents a new harmonic current excitation principle for a synchronous machine
drive based on control of the spatial third harmonic MMF. Unlike existing harmonic excitation …

Internal permanent-magnet synchronous machines are spreading in industrial production.
They feature high torque density and extended speed range that are key issues in many …

This paper presents the design and analysis of a novel topology for a Permanent Magnet
Assisted Synchronous Reluctance Motor (PM-assisted-SynRM). The proposed topology …

In this paper, two new flux-intensifying interior permanent magnet (FI-IPM) motors owing the
characteristic of Ld> Lq are proposed for extended operating speed range. The feasible …

A criteria to design the rotor of multi flux-barrier synchronous reluctance (REL) machines is
proposed. In particular, the focus will be on the proper design of flux-barriers geometry. An …

The design of synchronous reluctance (REL) machines is complex and involves a lot of
variables. It is difficult to design proper rotor flux-barrier geometry that yields satisfactory …