Permanent magnet synchronous machines (PMSMs) have been widely used in various
applications such as robotics, electric vehicles, and aerospace due to their fast dynamic …

The selection of the appropriate core magnetic material for an electrical machine is one of
the main design decisions that will significantly influence the power density and efficiency of …

This paper considers the use of transverse flux machines (TFMs) as an alternative to radial
flux machines (RFMs) in an in‐wheel application for an electric vehicle. The base motor is …

More electric is a platform being widely adopted by the current generation of aircraft. It offers
significant benefits in terms of fuel savings and flexibility of airframe design but relies on the …

This paper presents the manufacturing challenges of a transverse flux alternator for an
aerospace application. For fault tolerance, four independent isolated phases are required to …

Transverse flux motor (TFM) has been proven to be the ideal choice for high-torque direct
drive applications, thanks to its higher specific torque density than the conventional radial …

3-dimensional (3D) flux machines accommodate many design and analysis challenges.
Transverse flux machines (TFMs) are mostly useful for low speed, high torque applications …

Electric motors are becoming increasingly utilized in aircraft, replacing traditionally
mechanical or hydraulic auxiliary systems to realize improvements in mass, control and …

More-electric is a platform being widely adopted by the current generation of aircraft. It offers
significant benefits in terms of fuel savings and flexibility of airframe design, as well as …

The modulated pole machine (MPM) is known to offer high torque density utilizing
permanent magnets and a three dimensional flux pattern. However, their construction …