This thesis is dedicated to the production of aluminum casting alloys. It maps the course of changes in the morphology of eutectic and its influence on mechanical properties during the long-term meltdown. In particular, the use of image analysis methods contributes to describing these processes. The presented results show that the eutectic shape does not change even during the meltdown for 110 minutes. There is only a roughing and an increase in grain size. There was also no influence on the mechanical properties that fit the practical application of the alloy examine
Aluminum-silicon cast alloys, as those considered in this study (Al-7%Si and Al-7%Si-0.3%Mg alloys),...
The influence of microstructure and process history on mechanical behaviour of cast Al-Si alloys is ...
The nucleation mechanism of eutectic grains in hypoeutectic Al-Si foundry alloys has been investigat...
Předložená disertační práce se věnuje problematice výroby odlitků z hliníkových slitin. Mapuje průbě...
This work will be focused on problematics of controling the grain size and morphology of eutectics o...
The purpose of this article is to examine the effect of different technological processes during and...
This sample is a casting alloy of eutectic composition. From the melt a eutectic is formed between a...
Recent increasing applications for cast Al-Si alloys are particularly driven by the need for lightwe...
Influence of melting conditions on the structure of AL30 alloy has been studied. To this end, the te...
The paper discusses the complex effect of melt overheating with subsequent fast cooling down to the ...
The article reports on a study of the influence of the solidification rate in the structure of an al...
The contribution describes influence of the age-hardening consist of solution treatment at 515 °C wi...
In this study, we have focused on the role of silicon morphology on the hardness of eutectic Al – 12...
It is now well established that three different eutectic solidification mechanisms may occur in Al-S...
Eutectic Silicon phases form as the coarse and acicular shape in Aluminum-Silicon alloys. These phas...
Aluminum-silicon cast alloys, as those considered in this study (Al-7%Si and Al-7%Si-0.3%Mg alloys),...
The influence of microstructure and process history on mechanical behaviour of cast Al-Si alloys is ...
The nucleation mechanism of eutectic grains in hypoeutectic Al-Si foundry alloys has been investigat...
Předložená disertační práce se věnuje problematice výroby odlitků z hliníkových slitin. Mapuje průbě...
This work will be focused on problematics of controling the grain size and morphology of eutectics o...
The purpose of this article is to examine the effect of different technological processes during and...
This sample is a casting alloy of eutectic composition. From the melt a eutectic is formed between a...
Recent increasing applications for cast Al-Si alloys are particularly driven by the need for lightwe...
Influence of melting conditions on the structure of AL30 alloy has been studied. To this end, the te...
The paper discusses the complex effect of melt overheating with subsequent fast cooling down to the ...
The article reports on a study of the influence of the solidification rate in the structure of an al...
The contribution describes influence of the age-hardening consist of solution treatment at 515 °C wi...
In this study, we have focused on the role of silicon morphology on the hardness of eutectic Al – 12...
It is now well established that three different eutectic solidification mechanisms may occur in Al-S...
Eutectic Silicon phases form as the coarse and acicular shape in Aluminum-Silicon alloys. These phas...
Aluminum-silicon cast alloys, as those considered in this study (Al-7%Si and Al-7%Si-0.3%Mg alloys),...
The influence of microstructure and process history on mechanical behaviour of cast Al-Si alloys is ...
The nucleation mechanism of eutectic grains in hypoeutectic Al-Si foundry alloys has been investigat...