Adding alloying elements to increase precipitation is a common method to strengthen
aluminum (Al) alloys, but an excessively high alloying element content causes segregation …

Recently, rapid and cost-effective additive manufacturing solutions for lightweight aluminum
alloys with excellent high-temperature mechanical properties have been increasingly in …

In this work, the mechanical properties and strengthening mechanisms induced by
microstructural evolution in a rheo-extruded 5087 alloy processed via accumulative …

Aluminum alloys were used in various fields due to their high specific strength and low
density. However, the disadvantage of low strength limits its wider application. In this work …

The quenching-induced residual stress in ultrahigh strength Al-Zn-Mg-Cu alloys has a great
influence on their precipitation behaviour in subsequent heat treatment and the properties of …

Traditional aluminum alloys are unsuitable for structural use above 200℃ due to precipitate
coarsening or dissolution. Laser powder bed fusion (LPBF) additive manufacturing …

Vacuum roll cladding (VRC) based on friction stir welding (FSW) is applied to prepare
aluminum alloy thick plates, and the effect of rolling reduction ratios (60%, 70%, 80%) on the …

The interlayer friction stir processing (FSP) technology was used to assist wire-arc additive
manufacturing (WAAM) Al–Zn–Mg–Cu alloy with the aim of improving microstructure and …

The distribution and partitioning of solute atoms in age-hardenable aluminum (Al) alloys
markedly impact strength, ductility and failure of alloy materials, thus rendering the …

The desirable properties and homogeneity of Al-Zn-Mg-Cu alloy thick plate are urgent to
acquire in the industrial field. An efficient method for determining the optimal non-isothermal …