F321 stainless steel is renowned for its outstanding mechanical properties and corrosion
resistance, making it a crucial structural material in light water reactors and high-temperature …

To investigate the coupling strengthening mechanism of precipitate and Cu solute atoms in
Al-Mg-Si alloy, the molecular dynamics model of edge dislocation motion interacted with …

Alloying is an economically efficient strategy to improve the thermal and mechanical stability
of materials, which can also be applied to grain boundary (GB) in nanocrystalline materials …

Local chemical order (LCO) is energetically favorable in multi-principal element alloys
(MPEAs) due to the chemical affinity difference among constituent species. Here we show …

The stacking fault tetrahedron (SFT) formation displays a pronounced size effect,
progressing from vacancy equilateral triangular plate to perfect SFT, and eventually to …

In this study, we explore the mechanisms underlying the exceptional intrinsic strength of face-
centered cubic (FCC) Multi-Principal Element Alloys (MPEAs) using a multifaceted …

A promising high-strength Fe–17.7 Mn–4.7 Cr–0.48 C–10Ni–5Al–4Cu wt.% Austenitic steel
was solutionized, then aged for 3 or 10 h at 580° C producing a pronounced precipitation …

Abstract Short-range order (SRO), the regular and predictable arrangement of atoms over
short distances, alters the mechanical properties of technologically relevant structural …

Pearlitic steel rods are subjected to cold-drawing processes to produce pearlitic steel wires
with true strains ranging from 0.81 to 2.18. Tensile tests are utilized to attain mechanical …

Understanding the composition dependent change in deformation mechanisms of austenite
in stainless steels is crucial to develop accurate predictive models both for stress induced …