Validation of an alloy design strategy for stable Fe–Cr–Al–Nb-X ferritic alloys using electron microscopy and atom probe tomography
Abstract The Fe–Cr–Al–Nb ferritic alloys strengthened by A 2 B Laves phases, with superior
oxidation and corrosion resistance, are being considered for high temperature operation …
oxidation and corrosion resistance, are being considered for high temperature operation …
Enhancement of Creep Life by Niobium Carbide in Fe-30Cr-3Al Ferritic Heat-Resistant Steel
HJ Sung, SJ Kim - Metallurgical and Materials Transactions A, 2018 - Springer
Finely distributed niobium carbides in the initial microstructure prohibit dislocation
movement and extend creep life of Laves phase-strengthened Fe-30Cr-3Al-Nb heat …
movement and extend creep life of Laves phase-strengthened Fe-30Cr-3Al-Nb heat …
Alloy Design of Creep Resistant Fe30Cr3Al Alloys Strengthened by Laves Phase
CH Kuo - 2020 - trace.tennessee.edu
With the demand for materials at higher operation temperature for fossil energy to improve
efficiency and reduce the emission of CO2, current ferritic martensitic steels are not …
efficiency and reduce the emission of CO2, current ferritic martensitic steels are not …