The shift towards vehicle electrification must progress while simultaneously addressing
sustainability challenges related to lightweighting, which is the intensifying need for high …

Aluminum is a major construction material in light-weight vehicles. Today, recycling the
aluminum content of end-of-life vehicles (ELVs) is based on dilution with primary metal and …

Managing the secondary production process for aluminum auto-shred scrap is of prime
importance considering the projected demand increase for aluminum alloys in the …

The manuscript reports about the corrosion resistance and anodizability of a family of
recycled EN AC-43200 Aluminum alloys comprising a different Fe/Mn content. Linear sweep …

Resource efficiency, energy usage, and carbon footprint drive the need to use aluminium
alloys to manufacture lightweight components. The current paper targets the effects of alloy …

After studying CO 2 emissions caused by vehicles itself, automotive manufacturers now also
consider CO 2 emission during the production of vehicles and attempt to reduce them …

The production of Al-alloys is mainly based on electrolytic pure Al alloyed with the necessary
other elements, which are added in high purity into the melt pool during smelting processes …

Emissions from the transportation industry combined with increasing consumption of
materials have inspired the automotive industry to use lightweight materials in auto-bodies …

Solid state recycling techniques allow the manufacture of high density aluminium alloy parts
directly from production scrap. In this paper the environmental impacts associated with …

Impurity accumulation within the aluminum scrap cycle results in downgrading and
challenges the sustainability recycling. Aerospace-grade aluminum alloys demand stringent …