Currently, predominant high‐performance permanent magnets contain rare‐earth elements.
In the search for rare‐earth‐free alternates, body‐centered tetragonal Fe–Ni is notable. The …

High-velocity oxygen fuel (HVOF) spray process was employed to fabricate nickel-based
alloy coatings composed of different chromium contents (NC-A, 7.15 wt%; NC-B, 16.98 wt%) …

Modeling and simulation of microstructures are essential to understand the complex
responses and behaviors of nuclear materials in extreme environments. The needs to …

Ni-based alloys containing significant amounts of Cr, may precipitate new phases during
long-term service at elevated temperatures. In Ni–Cr model alloys, the formation of Ni 2 Cr …

The preparation, microstructure and mechanical properties of ZTA particles reinforced Fe
matrix composites (ZTA P/Fe composites) were systematically investigated. The X-ray …

The effect of minor impurities on vacancy-mediated processes is a critical factor causing
unanticipated degradation rates in structural alloys. We investigate the 3 sp impurity effect by …

We investigate the unitary mechanisms related to the surface migration of vacancies in dilute
Ni-Cr alloys via first-principle calculations. We survey a complete set of surface and sub …

Abstract Ordered L1 2 γ'Ni 3 Al intermetallics are essential strengthening components to
maintain the high strength of Ni-based superalloys and recently developed high entropy …

The Nabarro-Herring (NH) diffusional creep theory postulates the vacancy-mediated
transport of atoms under a stress gradient as the creep mechanism under low-stress and …

This investigation reports the effect of magnetic field during coating on the mechanical
properties of the electroless Ni–P deposits. Magnetic field strength has been varied between …