Add to ORKGThe article reports on a study of the influence of the solidification rate in the structure of an aluminum silicon eutectic alloy. The alloy was solidified in a massive cylindrical mold and its structure, was analyzed by optical and scanning electron microscopy. Using a previously developed mathematical method, the curve representing solidification rate variations has been determined. Finally, the microstructures obtained in positions representing various solidification rates were compared to obtain a relationship between the microstructure and the solidification rate.4234990290
Commercial hypoeutectic Al-Si foundry alloys contain between 50 and 90 vol% eutectic. Solidification...
The purpose of this article is to examine the effect of different technological processes during and...
Eutectic Al-Ni alloys are widely faced as materials to be considered for advanced structural compone...
It is now well established that three different eutectic solidification mechanisms may occur in Al-S...
This sample is a casting alloy of eutectic composition. From the melt a eutectic is formed between a...
In this research, effect of alloying elements (X = Cu, Co, Ni, Sb and Bi) and growth rates on the mi...
This thesis is dedicated to the production of aluminum casting alloys. It maps the course of changes...
Directional solidification of unmodified and strontium modified binary, high-purity aluminium-7 wt% ...
An attempt has been made in this thesis to elucidate the effects of growth velocity, temperature gra...
Understanding and controlling the eutectic solidification process in Al-Si alloys permits prediction...
Recent increasing applications for cast Al-Si alloys are particularly driven by the need for lightwe...
An alloy of composition Al-12.6 wt.% Si was prepared using metals of 99.99% purity. Weighed amounts ...
The prediction of microstructure morphology is fundamental for the manufacture of metallic component...
This work will be focused on problematics of controling the grain size and morphology of eutectics o...
Additions of strontium to hypoeutectic aluminum-silicon alloys modify the morphology of the eutectic...
Commercial hypoeutectic Al-Si foundry alloys contain between 50 and 90 vol% eutectic. Solidification...
The purpose of this article is to examine the effect of different technological processes during and...
Eutectic Al-Ni alloys are widely faced as materials to be considered for advanced structural compone...
It is now well established that three different eutectic solidification mechanisms may occur in Al-S...
This sample is a casting alloy of eutectic composition. From the melt a eutectic is formed between a...
In this research, effect of alloying elements (X = Cu, Co, Ni, Sb and Bi) and growth rates on the mi...
This thesis is dedicated to the production of aluminum casting alloys. It maps the course of changes...
Directional solidification of unmodified and strontium modified binary, high-purity aluminium-7 wt% ...
An attempt has been made in this thesis to elucidate the effects of growth velocity, temperature gra...
Understanding and controlling the eutectic solidification process in Al-Si alloys permits prediction...
Recent increasing applications for cast Al-Si alloys are particularly driven by the need for lightwe...
An alloy of composition Al-12.6 wt.% Si was prepared using metals of 99.99% purity. Weighed amounts ...
The prediction of microstructure morphology is fundamental for the manufacture of metallic component...
This work will be focused on problematics of controling the grain size and morphology of eutectics o...
Additions of strontium to hypoeutectic aluminum-silicon alloys modify the morphology of the eutectic...
Commercial hypoeutectic Al-Si foundry alloys contain between 50 and 90 vol% eutectic. Solidification...
The purpose of this article is to examine the effect of different technological processes during and...
Eutectic Al-Ni alloys are widely faced as materials to be considered for advanced structural compone...