There are several facets of aluminum when it comes to sustainability. While it helps to save
fuel due to its low density, producing it from ores is very energy-intensive. Recycling it shifts …

Recycling plays a vital role in preserving resources like steel and consequently in a circular
economy. Scrap dealers and steel mills, the main business units in this system, often …

One of the greatest challenges facing the recycling of Al-based alloys is handling Fe
incorporation. The formation of Fe-rich phases has negative impacts on the mechanical …

Studies of Fe‐contaminated Al‐based scraps have drawn attention for years. However, little
has been researched about the effects of cobalt (Co) and nickel (Ni) additions to …

High recycling rates worldwide underline the economic and environmental value of
aluminum scrap. However, several alloying elements in recycled Al negatively affect the final …

The development of Al-based alloys presumes a detailed understanding of the
microstructure evolution during solidification since the as-solidified microstructure also has …

Herein, the eutectic Al–11 wt% Si–5 wt% Ni alloy, directionally solidified under transient heat‐
flow conditions, is comparatively evaluated in relation to the binary Al–11 wt% Si and Al–5 …

One of the most important parameters in the foundry design of castings is the heat transfer
coefficient at the casting/mold surface (h), which significantly affects the solidification cooling …

Due to the rising demand for thermal management technologies within the electronics
industry, there has been an increased emphasis on developing new thermal interface …

The development of new Al-based alloys has included the addition of transition alloying
elements in order to produce phases that are stable at high temperatures. Elements such as …