In the present study, high-strength and high-toughness Al–Zn–Mg–Cu/pure Al laminated
composite with a heterogeneous microstructure were manufactured by the compression …

The effects of post-weld aging and cryogenic treatment on self-fusion welded austenitic
stainless steel thick plates were investigated in the present work. The results showed that …

Abstract 7A85 aluminum alloy forgings were compressed at 10% to 30% deformation at
room and cryogenic temperatures, followed by solid-solution treatment, water quenching …

The effect of cryogenic treatment (CT) combined with solution and ageing treatment on the
residual stress and microstructure of 7050 aluminium alloy was investigated. The …

The main failure causes of cemented carbide tools are fracture and wear. However, for the
most of cemented carbide materials, fracture toughness can usually be increased at the …

The cryogenic thermal conductivity of high-strength 7050 aluminum alloy subjected to the
processes with different combinations of solution, aging and deep cryogenic treatment, was …

Considering the application of cryogenic treatment in aerospace manufacturing field, the hot
rolled 7055 Al–Zn–Mg–Cu alloy thick plate was selected in order to solve its mechanical …

Residual stress induced by solution treatment in 6061 aluminum alloy can lead to workpiece
deformation, or even premature failure. The efficiency of traditional heat treatment for …

The residual stresses generated during the solution treatment of large cylindrical aluminum
alloy components can impact the dimensional accuracy of structural components and even …

Abstract In this study, Al-Cu-Li alloys were pre-strained to various plastic strains before
ageing. The T1 (Al 2 CuLi) precipitates and dislocation density in various pre-strained Al-Cu …