Finite strain deformation behaviour of recycled aluminium alloy AA6061 is investigated in
this paper via uniaxial tensile test and Taylor cylinder impact test implementations. The …

The effects of temperature and strain rate of hot-forged recycled aluminium alloys AA6061
are examined via uniaxial tensile test implementations in this paper. The tests are conducted …

Recent research has shown that optimizing recycling process parameters enhances the
mechanical properties of recycled aluminium alloys via hot press forging. However, there is …

The effects of strain rate on the mechanical behaviour of recycled hot extruded aluminium
alloys (AA6061) are investigated using uniaxial tensile tests in this work. The damage …

Recycling aluminum is a topic of high interest due to the global demand for aluminum-based
products. This approach presents a great opportunity to address the environmental issues …

Recycling aluminium is a topic of high interest for numerous researchers to cope with the
high demand for usage of its primary sources, and to overcome the environmental issues at …

Numerical analysis is important to predict material behaviour without require an
experimental implementation. This manuscript focuses on a numerical prediction …

This study aims to establish the perforation behaviour of direct recycled AA6061 to help
establish the properties of the current most optimized direct recycled AA6061 through the hot …

Characterisation of the deformation behaviour of recycled aluminium alloy reinforced
alumina oxide in terms of mechanical properties, damage progression and fracture mode is …

Reusing materials in multiple cycles is the key to achieving a circular economy. Recycled
composite rods made from the mix of discarded fishing nets and car bumpers are proposed …