The parabolic growth rate constant (kp) of high-temperature oxidation of steels is predicted
via a data analytics approach. Four machine learning models including Artificial Neural …

The selective oxidation kinetics of a series of Fe-(2-10) Mn-(0.00/0.01/0.03) Sb (at. pct) were
determined and a model was proposed for analyzing oxide growth during intercritical …

Since the oxidation reactions in the process of steel production occur in harsh conditions (ie,
high temperatures and gas atmospheres), it is practically impossible to observe in situ the …

Abstract Selective oxidation of Fe-Mn alloys was characterizied through X-ray photoelectron
spectroscopy and scanning/transmission electron microscopy during industrial continuous …

The internal oxidation formed during the advanced high-strength steels hot-rolled coiling
process can be inherited into the cold-rolled sheet and impact the final product quality …

A systematic study is performed on the development of hot-dip galvanized coatings on a Mn-
containing high-strength steel sheet by varying the dew point (− 50,− 10, and+ 10° C) during …

In this study, the galvanizing and galvannealing ability of dual phase steel sheet (DP 590),
with and without Fe pre-coatings, is investigated with varying dew points using a hot dip …

Abstract An Fe-Mn (1 wt.%) alloy was annealed at 800° C in N 2-5 vol.% H 2 with a dew
point of− 40° C. The nucleation and growth of external selective oxides of MnO were …

This paper described work undertaken to the selective external oxidation of Fe-Mn binary
alloys during isothermal recrystallization annealing. The effect of different peak temperature …

To evaluate the suitability of Sn microalloying as strategy to decrease the selective oxidation
kinetics of Mn-alloyed advanced steels, the effects of 0.01 and 0.03 at.% Sn micro-additions …