The feasibility of room-temperature (cold) forming of peak-aged 7075 high-strength
aluminum alloy (7075-T6) sheets after solution heat treatment followed by water quenching …

The formability of aluminum alloy AA7075 at elevated temperature was investigated through
experiment. Stress–strain relationship at different temperatures and forming speeds were …

Aluminum alloys have drawn considerable attention in the area of automotive lightweight.
High strength aluminum alloys are usually deformed at elevated temperatures due to their …

High strength aluminum alloys have drawn much attention as the requirement for lightweight
vehicle design increases in the automotive industry. However, inferior formability due to …

Automotive industries are very much interested in characterization of formability
improvement of aluminum alloys at elevated temperatures before designing tools, heating …

Forming at elevated temperatures can significantly increase the ductility of aluminium alloys
enabling the manufacture of complex-shaped panel components from sheets. This study …

Formability of 7075 aluminum alloy sheets was studied after annealing of 71% cold worked
(CW) samples at different temperatures (270–450° C). Uniaxial tensile test, deep drawing …

Aluminium has become the material of choice for lightweight design. Today medium strength
5xxx and 6xxx-series alloys are widely used in automotive sheet components, substituting …

In this study, a room temperature forming process for high-strength aluminum alloys was
investigated. To overcome the low formability of the peak-aged 7075 aluminum alloy (7075 …

Cryogenic medium pressure forming is very suitable for producing thin-walled, complex-
shaped aluminum alloy components. In order to evaluate the feasibility of the new forming …