The impact of Mg addition to Al7Si alloy is investigated using thermal and image analyses. It is shown that Mg expands α-Al solidification range and eutectic forms over a thermal range. For alloys containing less than 0·6%Mg, differential scanning calorimetry analysis and thermodynamic calculations are incapable of predicting the formation of Mg2Si phase during solidification. Furthermore, Mg addition leads to the formation of greater percentage of α-Al primary phase which is beneficial during semisolid processing of hypoeutectic Al–Si alloys.S. Nafisi, D. Emadi, R. Ghomashch
Al-Mg2Si Metal Matrix Composites have the potential to replace the frequently used near- and hyper-e...
The development of Al-based alloys presumes a detailed understanding of the microstructure evolution...
The concurrent presence of liquid and primary solid particles is the principal requirement for semis...
The effect of Mg content on the solidification and precipitation behaviour of both unmodified and Sr...
The effects of varying Mg and Si levels on the microstructural inhomogeneity and eutectic Mg2Si morp...
The solidification and solid-state phase equilibria of four Al-Mg-Si alloys containing 30-70%Mg and ...
Using scanning and transmission electron microscopy, we studied silicon particles formed during the ...
Using scanning and transmission electron microscopy, we studied silicon particles formed during the ...
To improve the mechanical properties of the most widely used Al-Si foundry alloys, small amounts of ...
The effects of individual and combined additions of Sr and Yb on the solidification behavior and mic...
Al-Mg2Si is an in-situ composite composed of aluminium, magnesium and silicon elements. The reinforc...
In order to investigate the effect of Mg2Si formation on the microstructure and properties of an Al−...
Influence of Si addition on oxide layer growth of Al-6 mass%Mg alloys in molten state was investigat...
Adding 1%Si to binary Al-5Mg alloy slightly increases the yield stress in comparison with the Si fre...
The present work was carried out on Al-7%Si-0.4%Mg-X alloy (where X = Mg, Fe, Sr or Be), where the e...
Al-Mg2Si Metal Matrix Composites have the potential to replace the frequently used near- and hyper-e...
The development of Al-based alloys presumes a detailed understanding of the microstructure evolution...
The concurrent presence of liquid and primary solid particles is the principal requirement for semis...
The effect of Mg content on the solidification and precipitation behaviour of both unmodified and Sr...
The effects of varying Mg and Si levels on the microstructural inhomogeneity and eutectic Mg2Si morp...
The solidification and solid-state phase equilibria of four Al-Mg-Si alloys containing 30-70%Mg and ...
Using scanning and transmission electron microscopy, we studied silicon particles formed during the ...
Using scanning and transmission electron microscopy, we studied silicon particles formed during the ...
To improve the mechanical properties of the most widely used Al-Si foundry alloys, small amounts of ...
The effects of individual and combined additions of Sr and Yb on the solidification behavior and mic...
Al-Mg2Si is an in-situ composite composed of aluminium, magnesium and silicon elements. The reinforc...
In order to investigate the effect of Mg2Si formation on the microstructure and properties of an Al−...
Influence of Si addition on oxide layer growth of Al-6 mass%Mg alloys in molten state was investigat...
Adding 1%Si to binary Al-5Mg alloy slightly increases the yield stress in comparison with the Si fre...
The present work was carried out on Al-7%Si-0.4%Mg-X alloy (where X = Mg, Fe, Sr or Be), where the e...
Al-Mg2Si Metal Matrix Composites have the potential to replace the frequently used near- and hyper-e...
The development of Al-based alloys presumes a detailed understanding of the microstructure evolution...
The concurrent presence of liquid and primary solid particles is the principal requirement for semis...