Manipulating coherent twin boundaries (CTBs) opens an avenue to design strong
nanostructured materials. However, below a critical TB spacing, these inherently defective …

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

The existing harder biomaterial does not protect the tissue cells with blunt-force trauma
effects, making it a poor choice for the articular cartilage scaffold design. Despite the …

We investigate by molecular dynamics simulation the mechanical behavior of concentrated
alloys under nanoindentation for the special example of single-phase fcc Fe x Ni 1-x alloys …

High performance structural materials with combinations of excellent yet often mutually
exclusive properties such as high yield strength, ductility and thermal stability are primarily …

A stacking fault tetrahedron (SFT) is a very common kind of defects in face-centered cubic
metals under irradiation environment. The grain boundary (GB) migration can effectively …

The irradiation resistance of body-centered cubic (BCC) refractory high entropy alloys
(RHEAs) has been relatively less studied compared with face-centered cubic (FCC) …

Single-phase concentrated solid solution alloys (SP-CSAs) are promising structural
materials with excellent irradiation resistance. It is very important for their application in …

Element segregation in the as-cast medium-entropy alloy (MEA), CrCoNiAl0. 014, has a
significant influence on its mechanical properties. This study focused on aluminum …

Multigroup large‐scalenanocutting models of monocrystalline Cu were established by
molecular dynamics simulations to investigate the influence of cutting parameters on the …