In this study, effects of Nb or (Nb+ Mo) alloying into a 1.9-GPa-grade 32MnB5 press
hardening steel on Charpy impact, bending, and delayed fracture properties were …

Abstract Si-modified Fe–Cr–Ni austenitic stainless steel is a promising candidate structural
material in lead-cooled fast reactor systems and high-temperature microstructural stability is …

A typical G-phase strengthened ferritic model alloy (1Ti: Fe-20Cr-3Ni-1Ti-3Si, wt.%) has
been carefully studied using both advanced experimental (EBSD, TEM and APT) and …

Alloy development plays a vital role in the technological advancement in steam-methane
reformers, with development remaining stagnant in the past three decades. This critical …

Except the excellent oxidation and corrosion resistance at elevated temperatures, the high
temperature microstructure stability of high Si austenitic stainless steels is also of attention …

Commercial bulk hydrogen is mainly produced in petrochemical steam reforming furnaces
inside centrifugally cast Nb-modified HP austenitic stainless steels tubes, which operate at …

Abstract First-Passage Kinetic Monte Carlo (FPKMC) simulations of species migration in
duplex stainless steels were performed in order to establish relationships between alloy …

Reliable high temperature operation of refractory metals depends on the mechanical
integrity of the protective oxide formed on the material surface. The residual stress state in …

Components in refineries and petrochemical plants exposed to extended service offer a
unique opportunity to investigate the effect of a long heat exposure on the microstructure …

We have developed a long short-term memory stacked ensemble (LSTM-SE) surrogate
modeling approach that can provide rapid predictions of microstructural evolution and the …