A new family of resource-saving, low Cr and low Ni duplex stainless steels, with
compositions of 15Cr–xAl–2Ni–yMn (x= 1.2–2.8, y= 8–12, wt.%) has been developed by …

This investigation elucidated the effects of C and Cr content on the high-temperature
microstructures of Fe–9Al–30Mn–xC–yCr alloys by means of optical microscopy and …

The magnetic properties and thermodynamical description of the Fe-Mn-Al ternary alloy are
studied using the spin 1 antiferromagnetic Blume-Capel (BC) model by the pair …

This investigation elucidates the phase transformations of the Fe–8.7 Al–28.3 Mn–1C–5.5 Cr
alloy using optical microscopy (OM), scanning electron microscopy (SEM), transmission …

Air oxidation studies of Fe–18Cr–18Mn stainless steels were conducted at 525, 625, and
725° C. Alloys were evaluated with respect to changes in oxidation properties as a result of …

The microstructure of the as-cast Fe–Al–Mn–C–Co alloy was a mixture of the (α+ DO3+ γ+ κ)
phases. However, the microstructure of the alloy with 9.0 wt.% Co content was nearly a …

Evaluation of passivation of the austenitic FeMnAl alloy SciELO - Scientific Electronic Library
Online vol.32 número2 Estabilidad térmica de aleaciones de aluminio procesadas por fricción …

This research investigated the high-temperature microstructure, mechanical properties, and
damping behavior of Fe–9Al–30Mn–1C–5Co (wt.%) alloy by means of electron microscopy …

The microstructural characteristics of the Fe–9Al–30Mn–1C–5Ti (wt.%) alloy were
determined by scanning electron microscopy, transmission electron microscopy, and energy …

This study shows the effects of heat treatment on the manganese steel which microstructure
consists essentially of 18.447% of manganese, 0.745% of chromium, and 1.169% of carbon …