In this work, we demonstrate that the corrosion resistance of the FeCrNiCoNb 0.5 eutectic
high entropy alloy (EHEA) can be tuned by controlling the size of its eutectic structure …

Ductile fracture through growth and coalescence of intergranular cavities is a failure mode
observed experimentally in many metallic alloys used in industrial applications. Simulation …

The interfacial strengths of a low misfit Fe 2 Al 5//Fe interface structure found at aluminum-
steel joints has been studied using density functional theory. An interface between Fe and …

First-principles virtual tensile and shear test calculations have been performed to Al (0 0
3¯)//α-AlFeSi (0 0 1) and Al (0 1¯ 4)//Fe 4 Al 13 (1 0 1¯) interfaces by the ab initio pseudo …

Aluminum is envisioned to be an important material in future hydrogen-based energy
systems. Here we report an ab initio investigation on the interactions between H-atoms and …

Heat treatable aluminium alloys have widespread applications in various industries owing to
their significant strengthening capability through certain heating and cooling processes …

T6 heat treatment is usually applied to Al-Si-Mg alloy parts. This process can be modeled
and solved by computer simulations for reduced experimental costs and environmental …

Abstract The modified Gurson-Tvergaard-Needleman (GTN) model is employed to predict
the ductile fracture of 7A62 high-strength aluminum alloy under a wide range of stress …

A deeper investigation into the characteristics of the β"/Mg interface represents a promising
strategy for improving the ductility and strength of Mg–La alloys. This study systematically …

Experiment was carried out to investigate the influence of quench rate on the axial
compression property of AA6060 two-chamber extrusion profile by comparing the …