In this study, low-carbon martensite steel was obtained by rapid quenching and was then
subjected to cold rolling and electroplastic rolling with different deformation amounts. The …

A bottleneck in the development of high-strength non-oriented silicon steels for drive motors
of new energy vehicles is the balance of strength and magnetic properties. This paper …

Thin-gauge non-oriented silicon steel with high strength was successfully processed using
strip casting. Texture evolution and strengthening mechanism via nanoscale Cu-rich …

Abstract M50NiL (Chinese grade G13Cr4Mo4Ni4V) steel is widely used in aircraft bearing
raceways that require excellent wear resistance under harsh service conditions. However …

Low mismatch and low energy interface between precipitates and ferrite matrix was adopted
to promote the precipitation of high density of uniformly dispersed coherent NiAl phase in the …

Microstructure, texture, mechanical properties, and magnetic properties of low carbon and
silicon non-oriented electrical steels annealed at 800° C, 820° C, and 860° C were studied …

Interrelationships between room-temperature yield strength and low-temperature impact
toughness are examined for low-carbon, copper-precipitation-strengthened, high-strength …

The as-cast sheet of Cu-bearing non-oriented electrical steel with a width of 300 mm and a
thickness of 2.4 mm was prepared by the twin-roll strip casting process. The effects of …

The optimization of magnetic and mechanical properties by microstructure modification is
tremendously challenging for high-grade non-oriented silicon steel. In the current study, the …

A molecular dynamics (MD) method with an embedded atomic method (EAM) was proposed
to study the atomic diffusion behavior and diffusion mechanism in the Fe–Cu bimetal casting …