Composition modification was introduced to improve the oxidation resistance by varying Al
and excluding Co from the Al-Co-Cr-Fe-Ni system. Since adjusting the composition shifted …

The high-temperature oxidation behavior of Fe-14Cr-9Mn-2.5 Ni austenitic stainless steel in
N 2-21 vol% O 2 environment at 900–1100° C has been investigated. As the oxidation …

Abstract Austenitic Fe-13.50 Mn-3.98 Si-9.54 Cr-4.51 Ni shape memory alloyed with (0.18,
0.42 and 0.96 wt%) Ce was exposed in air at 800° C. Both 0.18 and 0.42 wt% Cerium …

FeMnSiCrNi alloys form Mn-rich oxide and Mn/Cr spinel at high temperature. However,
studies on the oxidation mechanism are still incipient. Thus, in order to understand the initial …

In the present research, the microstructure and oxidation behavior of an Fe-8.26 Mn-5.25 Si-
12.80 Cr-5.81 Ni-11.84 Co shape memory stainless steel (SMSS) was studied at 800° C in …

Manganese and silicon effect on high-temperature cyclic oxidation was evaluated in three
austenitic shape-memory FeMnSiCrNi alloys, including a novel high-silicon alloy (Fe-17Mn …

Laser cladded low carbon 12Cr-5Ni-3Mo-5Co-based Fe powder system has been
implemented to improve the performance of the vertical section rolls. Compositional …

High amounts of Mn in Fe-Mn-Si-Cr-Ni shape memory stainless steels are detrimental for
oxidation resistance at high temperatures. However, in order to maintain the shape memory …

FeMnSiCrNi alloys present good properties, although the oxidation resistance at high
temperatures is limited by high manganese amount. Thus, the present study evaluated a …

In previous research, an FeMnSiCrNi alloy presented anomalous behaviour during cyclic
oxidation and gained mass after mass loss by spallation. Research clarified this …