Cryogenic forming, a new technology used to manufacture aluminum alloy thin-walled parts,
has attracted much attention in recent years. This work presents an experimental and …

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 use of high‐strength aluminum components in automotive manufacturing offers the
opportunity to reduce vehicle weight significantly and provide new lightweight potentials. In …

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 …

The work concerns the possibility of producing B-pillars from the 7075 aluminum alloy. First,
extensive material tests were carried out. The as-delivered sheets (T6 temper) were heated …

The article covers experimental research on the forming of products made of 7075 aluminum
alloy. This aluminum alloy grade is characterized by high strength, but due to its low …

The following paper presents the influence of the cooling rate of 7075 aluminum alloys on
the strength properties and microstructure of press-formed products. The material minimum …

High-strength aluminum alloys are more and more used for safety and crash-relevant
components due to their advantageous density-to-strength ratio. By using thermal-supported …

High-strength aluminum alloys provide great potential for weight reduction in vehicle and
aircraft production. Nevertheless, forming of these materials is limited at room temperature …

High-strength aluminum alloys, such as the AA7075 alloy, offer great potential for lightweight
construction thanks to their high specific strength. However, high strength and low ductility …