High entropy ceramics (HECs) are a novel class of ceramics that exhibit high melting point,
excellent high-temperature mechanical performance, and superb corrosion resistance …

TiC crystals are an ideal and irreplaceable reinforcement in metal matrix composites
(MMCs). The C, Ti vacancies and dislocations provide elemental diffusion channels, and …

In this paper, the microstructure characterization, tensile properties and creep behaviors
under different temperature conditions of titanium matrix composites reinforced with 2 vol …

Titanium matrix composites reinforced with (TiB+ TiC) and (TiB+ TiC+ Y 2 O 3) were
prepared by induction skull melting. The creep test was carried out at 650° C and 120− 160 …

Titanium matrix composites (TMCs) have garnered substantial attention from researchers
owing to their outstanding properties. Nonetheless, the strength and ductility of TMCs hardly …

Density functional theory (DFT) simulations, Metropolis Monte Carlo (MMC), and kinetic
Monte Carlo (kMC) simulations were performed to understand the mechanisms of mass …

A combinatorial approach is employed to investigate the atomic and electronic structures of
a metal vacancy in titanium carbide. It turns out that the usual relaxed geometry of the …

In metallic systems, increasing the density of interfaces has been shown to be a promising
strategy for annealing defects introduced during irradiation. The role of interfaces during …

Although metal oxides have been employed in the field of light-energy conversion, their
wide band gaps limited the utilization of solar energy. Recently, several methods have been …

Experiment and first-principles calculations were utilized to study the effect of tensile strain
on the MC→ M 23 C 6 in-situ transformation in MC-M 23 C 6 complex carbide as well as its …