The paper deals with effect of Fe on the solidification behaviour and mechanical properties of unmodified and modified Al–V–Si alloys. Effect of thermo-mechanical processing on the mechanical properties of these alloys was also reported. The solidification proceeds through several invariant reactions, the first one corresponds to formation of Al3(Fe,V,Si)-type phase. Modification with Ni–Mg master alloy changes the morphology, size and distribution of the primary as well as interdendritic phases. The modified alloys show an increase in first invariant reaction temperature and decrease in final invariant reaction temperature when compared with unmodified alloy, probably due to action of phase modification. In comparison to untreatable alloy,...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
In this research, various processing conditions were implemented to enhance the mechanical propertie...
Iron is considered as the harmful impurity in recycling of aluminium alloys. Presence of iron result...
The paper deals with solidification behavior, microstructure and mechanical properties of the untrea...
This paper deals with the effect of thermomechanical processing on the mechanical properties of unmo...
With the development of new generation high temperature aluminium alloys, simple techniques to produ...
The present paper reports the formation of novel morphologies of intermetallic compounds during the ...
Iron is considered an unavoidable impurity in Al–Si alloys, since it is collected during melting and...
The effects of Fe-bearing phases on the structure, mechanical properties, and fracture mechanism of ...
A review of the research work that has been carried out thus far relating the casting and heat treat...
Iron solubility in aluminium can be extended through the rapid solidification route, allowing the pr...
This paper aims to investigate the microstructural evolution and mechanical properties of hot-deform...
The present paper reports the formation of novel morphologies of intermetallic compounds during the ...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
The effect of iron content on hot tearing of the high-strength Al-Mg-Si alloy was systematically inv...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
In this research, various processing conditions were implemented to enhance the mechanical propertie...
Iron is considered as the harmful impurity in recycling of aluminium alloys. Presence of iron result...
The paper deals with solidification behavior, microstructure and mechanical properties of the untrea...
This paper deals with the effect of thermomechanical processing on the mechanical properties of unmo...
With the development of new generation high temperature aluminium alloys, simple techniques to produ...
The present paper reports the formation of novel morphologies of intermetallic compounds during the ...
Iron is considered an unavoidable impurity in Al–Si alloys, since it is collected during melting and...
The effects of Fe-bearing phases on the structure, mechanical properties, and fracture mechanism of ...
A review of the research work that has been carried out thus far relating the casting and heat treat...
Iron solubility in aluminium can be extended through the rapid solidification route, allowing the pr...
This paper aims to investigate the microstructural evolution and mechanical properties of hot-deform...
The present paper reports the formation of novel morphologies of intermetallic compounds during the ...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
The effect of iron content on hot tearing of the high-strength Al-Mg-Si alloy was systematically inv...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
In this research, various processing conditions were implemented to enhance the mechanical propertie...
Iron is considered as the harmful impurity in recycling of aluminium alloys. Presence of iron result...