This article presents the optimization of axial-flux induction motors (AFIMs) for the electric
vehicles application by solving the Maxwell's equations inside five subdomains. It allows a …

This paper presents an improved analytical model for axial-flux induction motors (AFIMs)
based on solving the magnetic vector potential equations. The advantage of the proposed …

Electrical motors are one of the key building blocks in power systems and an important load
type in industry and residential buildings. The concept of axial-flux induction machines …

In recent years, with developing technology in the field of electrical machines, more efficient
and high power density electric motors have been produced. The use of high energy …

Using a dual air‐gap structure in a disc‐type motor is an effective solution to eliminate
undesirable axial force between stator and rotor, by which higher power density can be …

Compared with a smooth solid rotor, the slotted solid rotor in a high-speed dual stator slotted
solid-rotor axial-flux induction motor (SSRAIM) improves the performance. To summarize the …

This article proposes a mathematical model of an axial flux induction motor (AFIM) with one
stator and one rotor. The model is based on the expression for the electromagnetic torque …

This paper presents a preliminary electromagnetic sizing algorithm for double-rotor axial-flux
induction machines (DR-AFIMs). The proposed algorithm is based on a geometrical …

Using a consequent pole structure has been common in radial flux machines, and no axial
flux machine with a consequent pole structure has been produced so far. This article aims to …

Axial flux induction motors (AFIM) are gaining popularity due to their higher torque density
than radial flux motors. However, axial flux motors have a more complex structure than radial …