There has been considerable recent interest in the use of interior PM machines for field-weakening applications such as traction which require a wide constant power speed range. This paper discusses the requirements of example constant power applications; explains how equivalent circuit analysis can provide useful insights into the machine parameter selection; demonstrates the importance of the choice of the rotor barrier locations and number of stator slots on the iron loss; and summarizes other machine design aspects such as modeling, calculation of losses and optimization.Soong, W.L., Han, S. and Jahns, T.M
Recent work on fractional-slot pitch, concentrated winding (FSCW) surface PM machines has shown that...
Rotor designs for permanent magnet synchronous machines suitable for field weakening operation have ...
This paper compares the characteristics of Interior Permanent Magnet Synchronous Motor (IPMSM) equip...
This research focuses on the electromagnetic design of permanent magnet (PM) machines in terms of th...
This thesis presents the design of an interior permanent magnet (IPM) machine with concentrated wind...
Purpose - The purpose of this paper is to study the performance and efficiency of two different perm...
Like any other permanent magnet machines, Interior permanent magnet (IPM) motors also have high effi...
This paper investigates the rotor cavity positioning and the combination of stator slot and rotor ef...
This paper investigates the rotor-cavity positioning and the combination of stator-slot and rotor-ef...
This paper describes an analytical approach for calculating the stator iron loss for multiple-barrie...
In many applications, electric machines are designed for operation over a wide speed range and requi...
Purpose – Today's brushless permanent magnet (PM) drive systems usually adopt motors including the a...
Interior permanent magnet (IPM) synchronous machines are vulnerable to generating unacceptably large...
This paper will compare the surface permanent magnet (SPM) machine to the interior permanent magnet ...
Interior permanent magnet (IPM) synchronous machines result to be a valid motor topology in case of ...
Recent work on fractional-slot pitch, concentrated winding (FSCW) surface PM machines has shown that...
Rotor designs for permanent magnet synchronous machines suitable for field weakening operation have ...
This paper compares the characteristics of Interior Permanent Magnet Synchronous Motor (IPMSM) equip...
This research focuses on the electromagnetic design of permanent magnet (PM) machines in terms of th...
This thesis presents the design of an interior permanent magnet (IPM) machine with concentrated wind...
Purpose - The purpose of this paper is to study the performance and efficiency of two different perm...
Like any other permanent magnet machines, Interior permanent magnet (IPM) motors also have high effi...
This paper investigates the rotor cavity positioning and the combination of stator slot and rotor ef...
This paper investigates the rotor-cavity positioning and the combination of stator-slot and rotor-ef...
This paper describes an analytical approach for calculating the stator iron loss for multiple-barrie...
In many applications, electric machines are designed for operation over a wide speed range and requi...
Purpose – Today's brushless permanent magnet (PM) drive systems usually adopt motors including the a...
Interior permanent magnet (IPM) synchronous machines are vulnerable to generating unacceptably large...
This paper will compare the surface permanent magnet (SPM) machine to the interior permanent magnet ...
Interior permanent magnet (IPM) synchronous machines result to be a valid motor topology in case of ...
Recent work on fractional-slot pitch, concentrated winding (FSCW) surface PM machines has shown that...
Rotor designs for permanent magnet synchronous machines suitable for field weakening operation have ...
This paper compares the characteristics of Interior Permanent Magnet Synchronous Motor (IPMSM) equip...