The present analysis addresses the solidification and thermodynamic parameters involved
during the solidification of aluminum (Al)-based alloys as presented in the literature using …

Wrought aluminum alloy AA 6063 is known for its favorable mechanical properties, corrosion
resistance, and weldability in high-performance applications. Nonetheless, its limited fluidity …

The objective of the current work is to establish the conventional mechanisms of grain
refining, and the effect of the refiner-modifier interaction in Al-based alloys on the resultant …

The present study was performed on A356 and A413 alloys in non-modified and Sr-modified
conditions. To these alloys, pure rare earth (RE) metals, mainly lanthanum (La) and cerium …

In this study, the effect of Al5Ti1B grain refiners and Al10Sr modifiers on the mechanical and
corrosion properties of the A360 aluminum alloy was investigated. For this purpose, varying …

Hypereutectic Al-Si alloys are widely utilized in the automotive industry due to their high
strength-to-weight ratio, minimal thermal expansion, and superior castability. The downside …

Optimization of casting parameters is essential in terms of quality factors in foundries.
Nowadays, to optimize process parameters, new approaches such as artificial neural …

Alüminyum ve alaşımlarına uygulanan tane inceltme işlemi özellikle döküm alüminyum
alaşımların mekanik ve dökülebilirlik özelliklerini iyileştirmede kullanılan bir işlemdir. Ticari …

Grain refining is a common practice at foundry casting plants when casting both wrought and
casting aluminium alloys. The purpose of the grain refinement is to reduce crystal grains …