The present study was performed on A356 alloy [Al-7 wt %Si 0.0.35 wt %Mg]. To that La and Ce were added individually or combined up to 1.5 wt % each. The results show that these rare earth elements affect only the alloy melting temperature with no marked change in the temperature of Al-Si eutectic precipitation. Additionally, rare earth metals have no modification effect up to 1.5 wt %. In addition, La and Ce tend to react with Sr leading to modification degradation. In order to achieve noticeable modification of eutectic Si particles, the concentration of rare earth metals should exceed 1.5 wt %, which simultaneously results in the precipitation of a fairly large volume fraction of insoluble intermetallics. The precipitation of these compl...
The effects of Lanthanum (La) concentration on the solidification parameters of the a-Al, Al-Si, and...
The development of aluminum alloys is of great interest to many of the industries and biomedical app...
Thermal analysis has become very important in foundry because it aids in studying the effect of addi...
The present study was performed on A356 alloy [Al-7 wt %Si 0.0.35 wt %Mg]. To that La and Ce were ad...
The effects of different concentrations of individual additions of rare earth metals (La, Ce, Pr, Nd...
This paper reviews the effect of rare earth addition on aluminium-silicon (Al-Si) alloys of hypoeute...
The article presents research aimed at determining the effect of adding rare earth elements to near-...
When considering structural applications, the maximum temperature of use of Aluminum alloys is limit...
This paper highlights the effects of the additions of two rare earth elements (Ce and Er) on microst...
The role played by transition elements and rare earths, added in small quantities (fractions of unit...
The paper deals with the production, heat treatment, microstructural and mechanical characterization...
This study was conducted on Al–Cu–Mg and Al–Si–Cu–Mg alloys containing either 5%La or 5%Ce. Two leve...
To systematically investigate the effect of rare earth element Gd on microstructure and mechanical p...
The aim of the studies described in this article was to present the effect of rare earth elements on...
Modification of Al-Si alloys is known to result in a depression of the eutectic arrest temperature. ...
The effects of Lanthanum (La) concentration on the solidification parameters of the a-Al, Al-Si, and...
The development of aluminum alloys is of great interest to many of the industries and biomedical app...
Thermal analysis has become very important in foundry because it aids in studying the effect of addi...
The present study was performed on A356 alloy [Al-7 wt %Si 0.0.35 wt %Mg]. To that La and Ce were ad...
The effects of different concentrations of individual additions of rare earth metals (La, Ce, Pr, Nd...
This paper reviews the effect of rare earth addition on aluminium-silicon (Al-Si) alloys of hypoeute...
The article presents research aimed at determining the effect of adding rare earth elements to near-...
When considering structural applications, the maximum temperature of use of Aluminum alloys is limit...
This paper highlights the effects of the additions of two rare earth elements (Ce and Er) on microst...
The role played by transition elements and rare earths, added in small quantities (fractions of unit...
The paper deals with the production, heat treatment, microstructural and mechanical characterization...
This study was conducted on Al–Cu–Mg and Al–Si–Cu–Mg alloys containing either 5%La or 5%Ce. Two leve...
To systematically investigate the effect of rare earth element Gd on microstructure and mechanical p...
The aim of the studies described in this article was to present the effect of rare earth elements on...
Modification of Al-Si alloys is known to result in a depression of the eutectic arrest temperature. ...
The effects of Lanthanum (La) concentration on the solidification parameters of the a-Al, Al-Si, and...
The development of aluminum alloys is of great interest to many of the industries and biomedical app...
Thermal analysis has become very important in foundry because it aids in studying the effect of addi...