The present article reviews a large number of research publications on the effect of mischmetal (MM), rare earth metals (RE), La or Ce, and combinations of La + Ce on the performance of Al-Si cast alloys mainly 319, 356, 380, 413, and 390 alloys. Most of these articles focused on the use of rare earth metals as a substitute for strontium (Sr) as a eutectic silicon (Si) modifier if added in low percentage ( 1 wt.%) is required to achieve a noticeable reduction in grain size, however at the cost of alloy brittleness
The stringent requirements for pollution reduction are pushing the automotive industry towards the e...
When considering structural applications, the maximum temperature of use of Aluminum alloys is limit...
Strong chemical reactions between Al and Ce lead to the formation of intermetallics with exceptional...
The article presents research aimed at determining the effect of adding rare earth elements to near-...
The aim of the studies described in this article was to present the effect of rare earth elements on...
This paper reviews the effect of rare earth addition on aluminium-silicon (Al-Si) alloys of hypoeute...
Aluminum-Silicon alloy is a widely used material in the industry including aerospace and automotive ...
The cumulative global emissions produced by the automotive industry over the last decade have put si...
The paper deals with the production, heat treatment, microstructural and mechanical characterization...
The article focused on researching the influence of Ti, B, Sr and Na as a modifying treatment elemen...
The development of aluminum alloys is of great interest to many of the industries and biomedical app...
Aluminum powertrain alloys, such as B319 has attracted a great deal of attention from automotive ind...
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 largest outputs of rare earth mining are the low-value byproducts cerium and lanthanum, which bu...
Influence of rare-earth (La, Ce) and thermo-mechanical treatment on microstructure and mechanical pr...
The stringent requirements for pollution reduction are pushing the automotive industry towards the e...
When considering structural applications, the maximum temperature of use of Aluminum alloys is limit...
Strong chemical reactions between Al and Ce lead to the formation of intermetallics with exceptional...
The article presents research aimed at determining the effect of adding rare earth elements to near-...
The aim of the studies described in this article was to present the effect of rare earth elements on...
This paper reviews the effect of rare earth addition on aluminium-silicon (Al-Si) alloys of hypoeute...
Aluminum-Silicon alloy is a widely used material in the industry including aerospace and automotive ...
The cumulative global emissions produced by the automotive industry over the last decade have put si...
The paper deals with the production, heat treatment, microstructural and mechanical characterization...
The article focused on researching the influence of Ti, B, Sr and Na as a modifying treatment elemen...
The development of aluminum alloys is of great interest to many of the industries and biomedical app...
Aluminum powertrain alloys, such as B319 has attracted a great deal of attention from automotive ind...
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 largest outputs of rare earth mining are the low-value byproducts cerium and lanthanum, which bu...
Influence of rare-earth (La, Ce) and thermo-mechanical treatment on microstructure and mechanical pr...
The stringent requirements for pollution reduction are pushing the automotive industry towards the e...
When considering structural applications, the maximum temperature of use of Aluminum alloys is limit...
Strong chemical reactions between Al and Ce lead to the formation of intermetallics with exceptional...