Abstract Al-2.5 wt% Cu alloys with different Sc additions (0, 0.1, 0.3, 0.5 wt%) are studied in
comparison to reveal the Sc microalloying effect on precipitation, room temperature …

The demand for materials with specific properties continues to grow in modern industry,
necessitating a deeper understanding of metal solidification processes. This study …

In this work, solidification and T6-heat treatment experiments were performed with the
Al7Si0. 3Mg alloy in order to investigate the effect of processes parameters on the …

The combined effects of solidification microstructure refining scale and T6 heat treatment
conditions on corrosion behaviour and Vickers microhardness of an Al–3 wt-% Cu–0.5 wt …

In this work, solidification experiments were performed with Al-3CuxNb alloys (x= 0.5, 3 and
5wt.%). The role of the Cu/Nb ratio was investigated on thermal parameters such as growth …

Thermal, microstructural and mechanical analyzes were carried out in the present work with
the Al–3Cu–0.5 Nb (wt%) alloy. Experimental cooling curves for non-equilibrium and close …

In this investigation, in order to evaluate the influence of microstructures on the
microhardness of an aluminum-based multicomponent alloy, samples of the horizontally …

In the present work the effect of non-isothermal heat treatments on the microstructure and
corrosion resistance of a hypoeutectic Al-Si-Cu die-cast alloy was studied. The …

To investigate dry wear behavior in an aluminum-based automotive alloy, transient
horizontal solidification experiments using a water-cooled directional solidification device …

A transient horizontal solidification experiment was performed to investigate the role of the
thermal parameters, such as growth and cooling rates (GR and CR, respectively), on the …