The effect of the scarcely reported F phase on hydrogen-assisted cracking in nickel-based
Alloy 725 was thoroughly studied by combining tensile tests, advanced characterization, and …

Dislocations can act as heterogeneous nucleation sites but their annihilations upon heating
sacrifice point defects nearby, weakening the driving force for precipitate nucleation. In order …

Despite many efforts, the outcomes obtained with field-assisted processing of materials still
rely on long-term coupling with other electroless processes. This conceals the efficacy and …

Topologically close-packed (TCP) phases, although inherently hard, are commonly
perceived as detrimental in various alloys. In Ni-based single crystal superalloys (Ni-SXs) …

T-carbon, a new carbon allotrope essentially composed of intra-tetrahedron bonds and inter-
tetrahedron bonds, has attracted strong scientific interest in recent years due to its excellent …

Corrosion under insulation (CUI) is reported as being the driver behind the majority of
failures in thermally insulated process piping and poses significant maintenance …

Environmentally assisted cracking of various high-strength nickel-based alloys used for
subsea components was studied from the perspective of fatigue crack growth rate (FCGR) …

In some cases, the materials selection for subsea fasteners requires resistance to corrosion
in seawater and, also, adequate hydrogen embrittlement (HE) resistance due to plausible …

This paper studies the effect of deleterious grain boundary (GB) phase and its effect on the
Hydrogen Induced Stress Cracking (HISC) resistance of N07725. Two related tasks are …