The main problem of recycling aluminium scrap is the gradual accumulation of impurities,
especially iron, which tend to form undesired intermetallic compounds that affect the integrity …

This study aimed to enhance the mechanical properties of high pressure die casting (HPDC)
Al9Si0. 6Mn alloys by incorporating in-situ TiB 2 particles. The effects of TiB 2 addition on …

The presence and morphology of Fe-containing intermetallic phases affect the mechanical
properties of aluminum alloys, especially in secondary Al–Si-based cast alloys. Although …

The AlSiMgMn alloys with different Fe and Mn contents were prepared with high vacuum die
casting (HVDC) process. The Fe-rich intermetallics in the surface layer and center of the …

The wear resistance of magnesium alloys is one of its key technological properties that
could limit their practical application. In accordance with ASTM G99–95a standard, this study …

Aluminum alloys 5083, 6061, and 7075 are prone to hot tearing under direct-chill casting
conditions; the defects that form during solidification of those alloys are highly sensitive to …

Abstract In secondary Al-Si based alloys, microalloying with Mn and Cr can modify harmful
platelet-type Al x Fe y Si z intermetallic phases to less detrimental α-Al x (Fe, Mn, Cr) y Si z …

The presence of the impurity element Fe significantly influences the overall performance of
recycled aluminum alloy. This study aims to elucidate the impact of Fe content on the …

The micro-segregation in the as-cast AA6082 aluminium alloy were investigated across a
range of length scales using a combination of analytical electron microscopes. It is found …

A new phase selection model based on the time-dependent nucleation theory was
developed to investigate the effect of rapid solidification on extended solubility. The model …