Magnetic Barkhausen noise analysis (BNA) is an established technique for the
characterization of stress in ferromagnetic materials. An important application is the …

The shape of the Magnetic Barkhausen Noise (MBN) profiles has been compared for two
different methods of MBN measurements in order to reveal the true extent of the influence of …

Detection of microstructural changes is a great importance matter in production line of steel
parts. To implement such a task, many destructive tests are involved in industries. Current …

Residual stress of case-hardened steel samples is predicted in this paper with the linear
multivariable regression model. The development of the prediction model is based on the …

Weld inspection is significant in manufacturing to improve productivity and ensure safety.
During the welding process, steel microstructures experience complex transformations …

Based on the hypothesis that each magnetic domain is considered as a magnetic
Barkhausen noise (MBN) emission “source,” a layered model describing the generation …

This study presents an experimental validation of a model theory for determining the
relationship between a nondestructive measurement parameter and a property of interest. It …

Tracing microstructural evolution has a significant importance and priority in manufacturing
lines of dual-phase steels. In this paper, an artificial intelligence method is presented for on …

Surface treatment is a critical technology in engineering that enhances the mechanical
properties of materials, in which the stress state within the material and the thickness of the …

This study presents the development of a non-destructive method of detecting stress as a
function of depth, useful for inspecting steel structures and components without the need to …