The clustering behaviors in two Al-Mg-Si alloys with and without Cu after different pre-aging
and natural aging conditions were systematically quantified using microhardness …

With the aim of further exploiting the trade-off between formability and strength in Al alloys,
this study addresses the influence of Cu in Al-Mg-Si alloys that achieve simultaneously high …

The precipitation strengthening behavior and its effect on mechanical properties of Al− Mg−
Si alloy during isothermal aging were investigated. In-situ synchrotron small angle X-ray …

Natural aging for 11 days at room temperature was applied to 6063 industrial aluminium
alloy after being solutionized and quenched in order to form clusters. The cluster formation …

Solute clustering and precipitation have been widely investigated in Al-Mg-Si alloys during
the past decades due to their ever-growing significance in industrial applications. Natural …

The third generation of aluminum alloy demonstrates considerable potential for
advancement in the aerospace industry, primarily due to its outstanding mechanical …

In the present work, we performed thermokinetic simulations for a commercially available AA
6061 alloy having a Mg/Si ratio of 1.53 to investigate the microstructure evolution during the …

Contrast varied small-angle scattering on disordered materials using X-ray, neutron, and
anomalous scattering Page 1 Page | 1 Contrast varied small-angle scattering on disordered …