W-Re alloys are one of the most important refractory materials with excellent high-
temperature performance that were developed to improve the brittleness of tungsten. In the …

The increasing demand for materials capable of withstanding high temperatures and harsh
environments necessitates the discovery of advanced alloys. This study introduces a …

In this work, NbC particle-reinforced CrMnFeCoNi 0.8 high-entropy alloys (HEAs) matrix
composites were prepared by induction melting method. With increasing NbC content, the …

As a rapidly emerging class of metallic materials, high-entropy alloys (HEAs) provide the
opportunity to develop novel alloys with superior mechanical properties through tackling the …

The addition of Ta or Re alone can improve the performance of tungsten alloys, but the
combined addition of Ta and Re results in complex diffusion behavior and the formation of …

In this study, we address the impact of irradiation conditions in a tokamak on the engineering
properties of materials, leading to potential degradation of in-vessel components over their …

Tungsten (W) heavy alloys (WHAs) have unique mechanical properties and are widely used
in the national defence and military industries. Adding Re to WHAs can produce a good “Re …

This work was carried out to explore the compounds of bismuth with carbon using density
functional theory (DFT)-based computations. The structures of the compounds BiC, BiC2 …

This work debuted a computational routine for efficiently probing the vast compositional
domain of potential alloy candidates suitable for near-future high temperature applications …

This work introduces a computational routine for efficiently probing the vast compositional
domain of potential alloy candidates suitable for near-future high temperature applications …