Three-dimensional printing is a promising technology that offers increased freedom to create
topologically optimised electrical machine designs with a much smaller layer thickness …

The accurate measurement and modeling of ferromagnetic material losses are vital issues
during the design and analysis of electrical machines. Higher loss values can describe the …

This paper gives a broad overview of methods to model core losses from the magnetization
of soft magnetic iron cores in electrical machines. The review study starts with some …

The use of interlocks often represents an affordable stacking solution for soft magnetic cores
in mass production of electrical machines. However, due to the process itself, the material …

Additive manufacturing of soft magnetic materials is a promising technology for creating
topologically optimized electrical machines. High-performance electrical machines can be …

Ferromagnetic hysteresis measurements can be used to determine both magnetic and
mechanical state variables that correlate with each other. Therefore, hysteresis …

This paper focuses on the characterization of soft magnetic materials with ring-shaped
specimens and presents a novel concept based on analytical models for the determination …

This work is about a nondestructive electromagnetic measuring concept to determine the
chemical composition of multi-phase bulk materials, eg direct reduced iron, in industrial …

The development of microprocessor technology and information technologies makes it
possible to conduct the education of students and pupils differently. Hard-to-understand …

This state-of-the-art paper gives an introduction into the characterisation of soft magnetic
material's magnetic properties by means of single sheet tester (SST). A brief insight into the …