As highly integrated circuits continue to advance, accompanied by a growing demand for
energy efficiency and weight reduction, materials are confronted with mounting challenges …

Accurately tailoring microstructures, especially grain size, during thermomechanical
processing is crucial for achieving the desired strength-ductility synergy of wrought …

Experimental evidence suggests that the formation of compressive twin bands and the
associated strain localization is a key driver behind the low ductility of magnesium (Mg) at …

A high strength and toughness AZ63 cast magnesium alloy whose ultimate tensile strength,
yield strength and elongation at room temperature respectively reached 319 MPa, 160 MPa …

Abstract The effects of Cu (0, 1, 2.6 wt%) on precipitation hardening and clustering behavior
of Al-9.0 Zn-1.5 Mg (wt%) alloys in the early stage of aging at 120° C were investigated by …

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 …

Mg alloys are promising lightweight structural materials due to their low density and
excellent mechanical properties. However, their limited formability and ductility necessitate …

The effects of burnishing-assisted two-stage aging (BATSA), including pre-aging,
burnishing, and subsequent aging (SA) on the microstructural evolution, precipitation, and …

This study advances our understanding of how chemical binding and solute distribution
impact grain boundary segregation behavior and subsequent annealing texture modification …

Twin-roll casting (TRC) faces persistent segregation challenges limiting widespread use.,
Leveraging a comprehensive suite of techniques—electron probe microanalyzer (EPMA) …