Multi-principal element alloys (MPEAs) demonstrate significant promise as structural
materials for nuclear energy equipment owing to their exceptional mechanical properties …

In recent years, high entropy alloys (HEAs) have demonstrated remarkable potential for
hydrogen storage applications. Although extensive experimental studies have been …

Interstitial atoms usually diffuse much faster than vacancies, which is often the root cause for
the ineffective recombination of point defects in metals under irradiation. Here, via ab initio …

This study exhibits dual effects from the parallel existence of inclusion and void on
mechanical characteristics and deformation response for NiCoCrFeCu alloy based on an …

The twinning-induced plasticity (TWIP) effect contributes to high strength and ductility
synergy in metastable β Ti alloys. Moreover, stress-induced α ″martensites (SIMs) are …

Multiprincipal element alloys usually exhibit earlier pop-in events than pure metals and
dilute solid solutions during nanoindentation experiments. To understand the origin of this …

The Snoek anelastic internal friction (IF) peak due to stress-induced dipole ordering
associated with interstitial atoms was well observed in IF curves of single-principal element …

High-entropy intermetallics (HEIs) have experimentally exhibited excellent room-and high-
temperature strengths. Superior strengths of HEIs are mainly ascribed to the enhanced …

A TaNbZr-based quaternary ceramic coating with a metallurgical transition layer on a
titanium alloy surface has been produced. The quaternary ceramic coatings exhibit a face …

The primary radiation damage in pure V and TiVTa concentrated solid-solution alloy (CSA)
was studied using a molecular dynamics method. We have performed displacement …