Advanced single-crystal superalloys, developed to improve the high temperature capability
of gas turbines, often underperform in low-temperature conditions. This limitation …

Ni and its alloys are susceptible to hydrogen embrittlement. In this study, we investigate the
phenomenon of hydrogen-enhanced decohesion at inter-phase interfaces in precipitation …

The mechanical properties and thermal stability of multiphase Ni-based superalloys are
highly determined by the interfaces between the strengthening precipitations and the matrix …

In response to the requirements for the long-term service reliability of Ni-based superalloys,
the correlations between the microstructure and creep property are investigated in present …

As one of the important ways to improve surface properties of Ti alloys, the boride layer
prepared by the pack boriding is closely related to the growth and morphology of TiB …

The distribution of solutes and their interactions play a crucial role in determining the
mechanical properties of the γ/γ′ interface in Ni-based single-crystal alloys. In this study …

This study investigated the high-temperature tensile properties and deformation
mechanisms of a solution treated Ni–Fe-based alloy ranging from 600 to 750° C. The …

Understanding interaction between interstitial elements and matrix at the bulk phases and
phase interfaces is crucial in alloy design. In this study, using first-principles density …

Mo has received much attention in Ni-based single crystal superalloys as a main
strengthening element at elevated temperatures above 1000° C. However, the effects of Mo …

The properties of Sc-doped θ′(Al 2 Cu)/Al interface in Al− Cu alloys were investigated by
first-principles calculations. Sc-doped semi-coherent and coherent θ′(Al 2 Cu)/Al interfaces …