Due to the high-power density and compact structure, axial-flux permanent magnet (AFPM)
machines have gradually received much attention with a view to researching breakthroughs …

This article proposes a novel analytical model which combines subdomain method and
magnet equivalent circuit (MEC) method to predict the cogging torque of surface-mounted …

Axial flux permanent magnet synchronous motors (AFPMSMs) have advantages over other
motor types in terms of efficiency, vibration, and noise. However, torque ripple is an …

The magnetic field calculation for axial flux motors (AFMs) is always intricate and time-
consuming. To this end, a fast quasi-three-dimensional (3D) analytical model is proposed in …

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 …

This article presents improved iron loss analytical prediction models for interior permanent
magnet synchronous motors (IPMSMs) used in electric vehicles. The effects of slotting …

Much attention is paid to axial-flux permanent magnet (AFPM) machines due to the
compactness and high torque density. However, the finite-element method (FEM) for AFPM …

Due to the rise of e-mobility applications, there is an increased demand to create more
accurate control methods, which can reduce the loss in an e-drive system. The accurate …

During the lifecycle of an electric drive system, the electricity cost usually constitutes a
dominant portion, leading to extensive research on improving the efficiency of such systems …

In this paper, an improved magnetic equivalent circuit (MEC) model of a coreless axial-flux
permanent-magnet synchronous machine (AFPMSM) with printed circuit board (PCB) …