In this paper, magnetic Barkhausen noise (MBN) is employed to quantitatively predict the
hardness of GCr15 bearing steel. Firstly, to thoroughly investigate the relationship between …

In the present study, the association between the magnetic behavior of steels the
Bauschinger effect was evaluated. For this reason, three different grades of steel were …

Two steels, ferrite and ferrite-pearlite were thoroughly characterized by a multi-instrumental
microscopy techniques to get detailed information about their microstructure and magnetic …

The field dependences of the signal of induction transducer U~(H), proportional to the
magnetic incremental permeability, have been measured on nickel and iron subjected to …

Defects, impurities, and embedded particles in ferromagnetic materials are long known to be
responsible for the Barkhausen effect due to the jerky field-driven motion of domain walls …

Magnetic Barkhausen noise (MBN), sensitive to the microstructure of materials, can be
applied in the surface decarburization depth detection of ferromagnetic specimens …

In this work, we present a systematic comparison of the results obtained from the low-
frequency Barkhausen noise recordings in nanocrystalline samples with those from the …

In this paper, magnetic Barkhausen noise (MBN) and tangential magnetic field (TMF) are
employed to quantitatively predict the hardness of bearing steel GCr15. In order to solve the …

Sorting of materials at different stages of manufacturing processes is very important to
ensure the final product quality. In this paper, the machine learning algorithms are used on …

We built a custom-made holder with a Hall-effect sensor to measure the single point
magnetic flux density inside a transmission electron microscope (TEM, JEM-F200, JEOL) …