The growing demand for fuel-efficient, lightweight and lower CO 2 emissions is led to the
development of lightweight materials. Aluminium metal and its various alloys are extensively …

Simultaneously obtaining excellent formability and post-form strength in the traditional sheet
metal forming of heat-treatable aluminum alloy is challenging, owing to the coexistence of …

Abstract Effect of heat treatments on the microstructure and corrosion behavior of Al–Mn–Mg–
Sc–Zr alloy fabricated by laser powder bed fusion (LPBF) were systematically investigated …

A innovative approach is introduced to enhance the corrosion resistance and stability of the
aluminum (Al) substrates. This method involves the integration of nanosecond and …

In recent years, most of the dedication to waste recycling and upcycling has been focused
on plastic polymers. There is less development in utilizing discarded iron or aluminum cans …

In this study, an in-depth analysis of the microstructure and hardness of 6082 aluminum
alloy under a novel solution-forging integrated process was conducted by performing a …

Abstract 6061 series aluminum alloys are widely used in demanding industries such as
aerospace, automobile manufacturing, and consumer electronics, but they have certain …

In this paper, 6082 aluminum alloy manufactured by horizontal continuous casting was
subjected to high-temperature plastic deformation under 20–70% deformation levels with …

The influence of heat treatment on the mechanical behavior in terms of true stress-strain and
mode of fracture of the deferent non-heat-treatable alloys has been carried out. Hardness …

To advance the T5 treatment process for Al–5.81 Zn–1.65 Mg alloys, this study explored the
influence of deformation temperature on the solution temperature, ultrafine grain (UFG) …