The initial stage oxidation behaviors of commercial low carbon steel (LCS) and advanced
high strength steel (AHSS) were comparatively studied at 1150° C in air. Two reaction fronts …

Numerical simulations and experiments were utilized to study the removal of oxide scale
formed on 300 M steel special-shaped hot forging surfaces during heating at elevated …

The high temperature oxidation behaviour of ferritic stainless steel SUS 430 was
investigated over the temperature range from 1000 to 1150° C in humid air containing 18 …

The oxidation kinetics of ferritic stainless steel 430 was studied in dry and humid air at 1090°
C by Thermo Gravimetric Analysis (TGA). Different atmospheres and heating times were …

The isothermal oxidation experiment was utilized on 300 M steel to investigate the oxidation
kinetics, morphology characterization, and the formation mechanism of the oxide scale. The …

A micro-alloyed steel was oxidized at different temperature between 900° C and 1200° C in
80% N2–15% CO2–5% O2 atmosphere. As compared with the pure iron, an additional layer …

The bonding strengths, microscopic characteristics and fracture properties of borosilicate
glass-to-SA105 carbon steel seals were investigated, and two different glass-to-metal …

Failure at the interface between a steel substrate and oxide scale was investigated by semi-
analytical and finite element numerical simulations. Two major stress components along the …

Thermal diffusivity and conductivity of oxide scales formed on steel plates are essential to
control the cooling rate of the steel in the hot-rolling process. A flash method was applied to …

Oxidation behavior during the continuous casting process significantly impacts steel quality.
This study investigated the oxidation process of iron–chromium (Fe–Cr) alloys at different …