Lightweight strategy is essential for the development of transportation vehicles and
aerospace industries. As a type of lightweight material, high-strength aluminum alloys are …

The casting process, the type and content of microalloying elements have a significant effect
on the microstructure and mechanical properties of Al–12Si-4.5 Cu–2Ni alloy. The results …

In this work, an inclined θ′ morphology with terraced Cu/Mn-rich multilayers is observed in
Al–Cu based alloys. The GPA (geometric phase analysis) results indicate that the inclined …

In the present research an Al–7.7% Mn–4.9% Zr–3.2% Cu (wt%) alloy was processed by
mechanical alloying (MA) followed by hot press sintering. The microstructure, phase …

In this work, trace Cd addition (∼ 0.2 wt%) was exploited in Al–Cu alloys to improve the
mechanical properties by introducing the hybrid θ ″+ θ′ precipitates, as governed by the …

In this work, we studied precipitation tendency and resulting ambient and elevated
temperature properties in low-V (Al-0.06 Sc-0.06 Zr-0.18 Si-0.05 V at.%), high-V (Al-0.06 Sc …

In this study, the previously reported inverse design strategy for simultaneously optimizing
two properties of copper alloys was expanded to concurrently optimize three properties of Al …

The mechanical properties and crack propagation behavior of aluminum alloys, both with
and without corroded surfaces, were thoroughly investigated through molecular dynamic …

By adding Sn and Sc alone or in combination, as well as conducting a tensile test at 573 K,
the synergistic effect of Sn+ Sc on high-temperature strengthening in Al–5Cu heat-resistant …

The synergistic effects of Er and Sc on the aging behavior and θ'precipitation stability of Al-
Cu alloys were systematically investigated. The combination of Er and Sc plays an important …