In the past decade, aluminum alloys have become important structural materials in the
automotive industry, thanks to their low density, high strength, high fracture toughness, and …

Elevated temperature forming of AA7075 aluminum alloy is of considerable interest in the
automotive industry due to its potential for light weighting and several other environmental …

Solution heat treatment increases the formability of 7xxx series aluminum alloys by
dissolution of nanoscale hardening phases. However, subsequent natural aging at room …

The notch is an inevitable geometric characteristic in thin-walled structural components.
However, the anisotropy in the notch deformation behavior of metal sheets has not been …

In this study, a novel pre-hardening forming process is applied to 7A09 aluminum alloy.
Then, the effects of pre-stretching and baking treatment on mechanical properties and …

The impacts of various thermo-mechanical process routes in forming of EN AW 7075 alloy
on mechanical properties, microstructure and corrosion resistance were investigated. A …

The T6 condition of AA7075 gives the highest elastic strength and ultimate strength of this
alloy. To ensure that this condition is obtained at the end of the warm forming process, it is …

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

Thin-walled structures manufactured from the 7075 aluminum alloy are gaining tremendous
attention in the automotive industry for their potential to reduce vehicle weight. However, the …

The aim of this investigation was to identify the effect of rolling at room temperature and
under cryogenic conditions on selected properties and the microstructure of the AA2519-T62 …