Synchronous reluctance machines, including the permanent magnet assisted variants are
competitive motor topologies if the application requires high efficiency and a cost effective …

Synchronous reluctance machines, including the permanent-magnet-assisted variants, are
competitive motor topologies if the application requires high efficiency and a cost-effective …

The design of synchronous reluctance machines with and without permanent magnets
assistance constitutes a challenging engineering task due to the numerous design variables …

Synchronous reluctance (SyR) machines can constitute a promising alternative to
permanent magnet machines for low‐cost applications. The recent literature reports some …

The design of synchronous reluctance machines for high-speed applications is an issue that
nowadays remains almost not dealt with. The thickness of the iron ribs that mechanically …

This paper addresses the challenges of designing high speed synchronous reluctance
machines (HS-SyRM). First, a comprehensive design methodology is presented trying to …

Due to the high efficiency at the rated point and at partial load, the interest in synchronous
reluctance machines grows steadily. A particular difficulty is the design of the flux barriers in …

Optimal design of synchronous reluctance machines involves a number of parameters and
costly finite element evaluations, leading to an intrinsic high optimisation time. To lower it …

Synchronous reluctance motors with rotor flux barriers are a promising type of electric
machines thanks to various benefits, among the others, the absence of permanent magnets …

This paper deals with the design of Synchronous Reluctance Machines for high-speed
applications. In particular, this work is focused on the impact of different mechanical …