The concepts of oxide metallurgy and inclusion engineering can be utilized to improve the
properties of low-alloy steels. These concepts aim at controlling the formation of …

The agglomeration behavior of non-metallic inclusions in the steelmaking process is
important for controlling the cleanliness of the steel. In this work, the observation of …

Better understanding of agglomeration behavior of nonmetallic inclusions in the steelmaking
process is important to control the cleanliness of the steel. In this work, a revision on the …

We report the chemical-composition-dependent precipitation of Cr-rich BCC particles and
their role in the hardening of Fe–Cr–Ni medium entropy alloys (MEAs). Three alloys with …

Written by the leading authority in the field of solid-state phase transformations, Theory of
Transformations in Steels is the first book to provide readers with a complete discussion of …

Abstract The Fe/TiN interface is commonly found in steel and the interface with low
interfacial energy can promote the refinement of microstructure and improve the strength …

X80 steel weld metals with Ti contents of 0.003 to 0.13 pct were prepared by the single-pass
submerged-arc welding process. The effects of Ti content in weld metals on the constituent …

A comprehensive model was developed to simulate manganese sulfide formation during the
solidification of steel. This model coupled the formation kinetics of manganese sulfide with a …

Intragranular ferrite (IGF), which nucleates from specific inclusion surfaces in low alloy
steels, is the desired microstructure to improve mechanical properties of steel such as the …

The effects of cooling rate on acicular ferrite (AF) nucleation, growth, and inclusion
characteristics in Ti-Zr deoxidation steel were studied by utilizing the high temperature …