This paper proposes a spoke-type interior permanent magnet (IPM) machine with novel
alternate airspace barriers, through which higher torque capability and better …

In the background of high-power propulsion application on ships and existing uncertain
electromagnetic and vibration features of multiphase fractional-slot concentrated-winding …

This paper investigates inductance characteristics of a novel 14 pole/18 slot, fractional-slot
concentrated-winding (FSCW) IPM machine. The variations of the self and mutual …

This paper presents the simplified analytical optimization and comparison between
electrically excited (EE) and permanent-magnet (PM) machines in terms of torque per …

The partitioned stator (PS) machine adopts two stators to allocate windings and permanent
magnets (PMs) separately, increasing the space for PMs as well as armature coils to boost …

High power machine has become a large market for wind power and ship propulsion
electric, among other applications. Since the size of these machines is much larger than …

This paper presents the design and the experimental verification of an 18-slot/14-pole
fractional-slot concentrated winding interior permanent magnet machine. The prototype …

The brushless doubly-fed machine has attractive features to be employed in highly reliable
wind turbine systems. However, the existing brushless doubly-fed topologies primarily work …

This paper presents a simplified lumped-parameter magnetic circuit model (MCM) of a
fractional-slot concentrated-winding (FSCW) interior permanent magnet (IPM) machine that …

This paper proposes an improved analytical model to calculate the inductances of interior
permanent magnet (IPM) machines, equipped with either fractional slot concentrated …