Transportation electrification has attracted much attention in modern society. Among all
electrified transportation tools, electric vehicle (EV) is absolutely the one that has great …

In this article, we propose a novel nonlinear semianalytical model (AM) for the magnetic field
calculation of electric machines. The nonlinear properties and local saturation effect of the …

The most significant assumption of conventional analytical methods (eg, the subdomain
technique) is that the stator and rotor iron cores are infinitely permeable. The magnetic …

This article proposes a nonlinear semianalytical model (SAM) of the multiphase Halbach
array axial flux permanent-magnet motor (AFPMM) to speed up the computation of its …

This article presents a high-fidelity analytical solution and a fast integrated optimization
method for vernier machines. First, a harmonic modeling method (HMM) is adopted to obtain …

In this article, a nonlinear semianalytical model (SAM) is presented to predict the magnetic
field distribution (MFD) and electromagnetic performances (EPs) in the cubic spoke-type …

This article proposes an extended linear analytical solution based on the exact subdomain
(SD) technique applied to any flat linear electromagnetic device for no-load and armature …

For the application of an electrified propulsion system, this article proposes a double-stator
flux reversal Halbach array permanent magnet (DS-FRHAPM) machine as one of the …

Analytical model (AM) has significant value in early design stage for electric machines, in
terms of both time and accuracy. AM can be developed based on vector or scalar potential …

This study presents a two-dimensional analytical method for fast optimization, taking into
consideration the influence of the eddy current in a magnet and iron loss within a coaxial …