Analysis of the Mechanical Properties of Electrical Steel

Stoian, Elena Valentina; Enescu, Maria Cristiana; Petre, Camelia Ivona; Rusanescu, Carmen Otilia

doi:10.2478/bsmm-2023-0006

Abstract

This paper presents the microstructural aspects of strips cold rolled laminar and the influence of grain size on the total magnetic loss at 1T respectively 1.5T, for silicon steel strips with non-oriented grains after decarburized and annealed treatment. We find that the hardness at the head of the rolls is higher for all 5 analyzed rolls, on the other hand, for the rolls from batch II the hardness at the ends is higher than the hardness at the head. The hardness values are included in the EN standards 10106. The regression equations drawn for R_c in the raw state, as well as in the aged state, show us significant correlation coefficients very close to the value of 1, that is 0.98 for R_{c raw} and 0.97 for R_{c aged}.The regression equations plotted for R_m in the raw state for the batch of bands analyzed, as well as in the aged state, show us significant correlation coefficients very close to the value of 1, i.e. 0.91 for R_{m raw} and o.98 for R_{m aged}.

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Analysis of the Mechanical Properties of Electrical Steel

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