The microstructure evolution and the mechanical properties of 15Cr–22Ni–1Nb austenitic
heat-resistant steel were investigated during the aging up to 24 h at 780° C, 820° C and …

Parts made by metal additive manufacturing processes assisted by sintering suffer from
embrittlement due to binder/powders interactions. Using a core-shell approach, we …

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 …

The microstructure and primary carbides in the steel billets produced by an industrial-scale
electroslag rapid remelting (ESRR) at different melting rates were studied. The amount and …

This work focusses on the link between microstructure and creep properties for heat-
resistant austenitic alloys with high aluminum content (3–5 wt%). An emphasis was put on …

A new mean-field modeling tool is developed to correctly tackle the problem of precipitation
during deformation. The model is an extension of a previously developed Langer–Schwartz …

In this work, the Thermo-Calc software was used to evaluate the effect of the Nb and Mn
additions on the thermal phases stability for a conventional HT heat-resistant austenitic cast …

The evaporation of chromium at elevated temperatures in vacuum, commonly employed in
the processing and heat treatment of Ni–Cr–Fe heat-resistant alloys, has been investigated …

Relations between microstructure, phase transformations and creep resistance of austenitic
Fe–Ni–Cr alloys are investigated. As-cast alloys with different silicon contents and an ex …

The low cycle fatigue (LCF) properties of centrifugally cast Centralloy ET 45 MICRO (HK40
type) and Centralloy G 4852 MICRO (HP40 type) were quantified using fully reversed, stress …