The composition, morphology, number, area, size and average distance of inclusions in Fe–
23Mn–x Al–0.7 C steels were evaluated through an inclusion automatic analysis system …

Abstract Effect of Mn (14.94, 18.21, and 23.6 wt%) and Al (0.002, 0.75, and 1.47 wt%)
contents on hot ductility of five high alloy Fe-xMn-C-yAl austenitic Twinning induced …

The composition, morphology, size, and number of inclusions in Fe–22Mn–x Al–0.7 C (x=
0.5%, 5.2%, and 10.5%) lightweight steels after smelting and heat treatment experiments are …

Samples taken from laboratory-produced 3rd generation advanced high-strength steels,
solidified at a low cooling rate, have been investigated to study the characteristics of non …

Herein, the effect of Mn content on the formation of noninclusions in lightweight steels is
investigated. In addition, the precipitation behavior of MnS inclusions during solidification …

High-Al steel was prepared under laboratory conditions. The single-particle AlN and multi-
particle aggregated AlN, AlON, AlN–MnS, and Al2O3–AlN–MnS inclusions were observed …

The effect of Al content on the characteristics and formation of inclusions in the light-weight
Fe–5Mn–xAl steels was investigated in this study. Four synthetic steels with different Al …

Herein, the effect of Mn content on the characteristics and the formation of inclusions in light‐
weight Fe–Mn–Al steels is investigated. Three laboratory‐produced steels, containing …

A characterization of non‐metallic inclusions in Fe–Mn–Si–Al twinning‐induced plasticity
(TWIP) steels during argon oxygen decarburization–electroslag remelting–forging (AOD …

The segregation patterns of solute elements in the Fe–17.1 Mn–0.24 C–1.38 Al steel are
systemically investigated by experiments and simulations. The electron probe microanalyzer …