Understanding the evolution of as-cast microstructure (especially eutectic Si and
intermetallics) in Al-Si-Mg alloys is critical for improving the mechanical properties because …

Strength and high-temperature performance are important properties in Al-Si-Mg alloys for
power-train applications such as combustion engine cylinder head components in …

The effect of Cu content on the microstructure and high-temperature tensile and fatigue
behaviours of heat-treated secondary AlSi7Mg0. 3VZr alloys were evaluated …

The effect of copper (Cu) addition up to 3.2 wt% on crack initiation and propagation in an Al–
Si–Mg cast alloy was investigated using in-situ cyclic testing in the as-cast condition. A …

Recycling is now, more than ever, an important part of any foundry process due to the high
cost of energy. The basis of the work presented here is a study of the addition of foundry …

The process of ablation casting (AC) is a novel sand casting technique that not only offers
the benefits of conventional sand casting (CSC), but also offers opportunities to overcome …

The constant need for the development of new alloys with an improved ratio between weight
and strength is the driving force for the progress of the present work, which deals with the …

The high strength to weight ratio, the high thermal conductivity and the excellent castability
make the Al–Si hypoeutectic alloys perfect candidates for the automotive industry …

Abstract Cast Al-Si-Mg alloys find broad applications in automobile components.
Manufacture of defect free castings especially for long thin walled structures requires …

Recycling is now, more than ever, an important part of any foundry process due to the high
cost of energy. The basis of the work presented here is a study of the addition of foundry …