: In this paper dimensional stability investigation in two hypoeutectic composition is proposed. Specifically, the study of some samples in AlSi7Mg0,3 and AlSi8,5Cu3,5 alloys is realized and a comparison of the obtained data will be discussed. Starting from dilatometric analysis the dimensional modification of the alloys is monitored. For both materials analysis has been conducted by heating to 500°C at various heating rates and determining the activation energy for the decomposition process of the supersaturated solid solution. The morphological characterization of the alloys is performed at equilibrium in a metastable state by means of optical and scanning electron microscopy. The evaluation of structural changes in the alloys was con...
Medium to high strength heat-treatable aluminum alloys of the 6000 series (Al-Mg-Si) have long been ...
<p></p><p>ABSTRACT U(Mo) alloys are being studied to be applied as a fuel for research and test reac...
This study aims to develop the mechanical properties of the Al6Si2Cu aluminum alloy through the doub...
The research focused on the influence of the solution temperature on the structure of precipitation ...
The contribution describes influence of the age-hardening consist of solution treatment at 515 °C wi...
For comprehensive understanding of the formation behavior of β-Al 5 FeSi phase in Al-Si-Cu alloys wi...
Aluminium with silicon as alloying element, form a class of material providing the most significant ...
In this work an automotive Al-A319 was given a solid solution heat treatment (T4) at 753 K (480 °C) ...
In this study, the metastable and stable solid liquid phase transformations of the hypereutectic al...
Despite the large number of papers dealing with the Al-Mg-Si system, the decomposition of the supers...
The microstructural examinations of Al-Si alloys intended to manufacture IC engine components reveal...
The solidification behavior of the Al-12.6% Si (A1), the hypereutectic Al-20%Si (A2) and the Al-20%S...
Thermal stability of Al-Fe-Mn-Si alloys prepared by twin roll casting accom- panied by intensive coo...
The solidification behavior of the Al-12.6 % Si (A1), the hypereutectic Al-20%Si (A2) and the Al-20%...
This thesis systematically investigates the effects of a recently developed modified ageing procedur...
Medium to high strength heat-treatable aluminum alloys of the 6000 series (Al-Mg-Si) have long been ...
<p></p><p>ABSTRACT U(Mo) alloys are being studied to be applied as a fuel for research and test reac...
This study aims to develop the mechanical properties of the Al6Si2Cu aluminum alloy through the doub...
The research focused on the influence of the solution temperature on the structure of precipitation ...
The contribution describes influence of the age-hardening consist of solution treatment at 515 °C wi...
For comprehensive understanding of the formation behavior of β-Al 5 FeSi phase in Al-Si-Cu alloys wi...
Aluminium with silicon as alloying element, form a class of material providing the most significant ...
In this work an automotive Al-A319 was given a solid solution heat treatment (T4) at 753 K (480 °C) ...
In this study, the metastable and stable solid liquid phase transformations of the hypereutectic al...
Despite the large number of papers dealing with the Al-Mg-Si system, the decomposition of the supers...
The microstructural examinations of Al-Si alloys intended to manufacture IC engine components reveal...
The solidification behavior of the Al-12.6% Si (A1), the hypereutectic Al-20%Si (A2) and the Al-20%S...
Thermal stability of Al-Fe-Mn-Si alloys prepared by twin roll casting accom- panied by intensive coo...
The solidification behavior of the Al-12.6 % Si (A1), the hypereutectic Al-20%Si (A2) and the Al-20%...
This thesis systematically investigates the effects of a recently developed modified ageing procedur...
Medium to high strength heat-treatable aluminum alloys of the 6000 series (Al-Mg-Si) have long been ...
<p></p><p>ABSTRACT U(Mo) alloys are being studied to be applied as a fuel for research and test reac...
This study aims to develop the mechanical properties of the Al6Si2Cu aluminum alloy through the doub...