High-speed electric machines (HSEMs) have been widely used in many of today's
applications and are gaining more attention in the automotive industry. However, many …

In this paper, the different temperature dependencies of hysteresis and eddy current losses
of non-oriented Si-steel laminations are investigated. The measured iron loss results show …

This paper provides an overview of the pathways in the electrification of medium and heavy-
duty vehicles (MHDVs). A deep understanding of the challenges in MHDV electrification in …

This paper presents loss-minimizing sensorless control (LMC) strategies utilized to optimize
the energy of high-speed induction motor (HSIM) drives. A machine's ability to operate …

In this study, the temperature influence on iron loss of non‐oriented steel laminations is
investigated. The iron loss variation under different flux densities, frequencies and …

The article addresses coupled loss and thermal analyses of a bearingless drive with an
operating speed range of 17 000–32 000 rpm. The drive is a part of a high-temperature heat …

Conventional generators in general refer to rotary generators. Linear generators on the
other hand uses linear motion to convert it to electricity. This linear motion is available in …

This paper sets forth a new magnetic core loss model to predict core loss in electric
machines and power electronic magnetic components. It introduces an alternative method to …

Online estimation of losses is important to improve control, operation and monitoring of
electrical machines. This paper focuses on investigation of iron losses using a magnetic …

The composite electromagnetic linear actuator features a co-axial integrated design that
merges the moving coil and moving iron actuator types. This design leads to significant …