Add to ORKGThe article focused on researching the influence of Ti, B, Sr and Na as a modifying treatment elements for Al-Si alloys. The influence of alloying additives such as Cu and Cr was studied. Tensile strength Rm, elongation A5 and HB hardness was analysed, as well as the influence of the above-mentioned elements on the microstructure and solidification of alloys containing a varied content of Si, within the 7 ÷ 16 % range. The influence of heat treatment on the alloy properties was also researched
Within the last few years there has been a rapid increase in the utilisation of aluminium-silicon al...
The Al–9Zr-0.9Sr master alloy was used to refine and modify the Al–7Si-0.5 Mg alloy, and to improve ...
The effects of solution treatment time and Si content and morphology on microstructures and mechanic...
This study was carried out on a series of heat-treatable Al-Si-Mg alloys to determine the effects of...
This paper presents the results of research focused on the processing of the hypoeutectic Al-Si allo...
Presented work discusses research results concerning the effect of the T6 heat treatment process, in...
AbstractSurface refining of Al–Si alloy was carried out using the ‘Gas Tungsten Arc’ (GTA) heat sour...
Strontium-based modifier alloys are commonly adopted to modify the eutectic silicon in aluminum-sili...
Effects of chemical composition and heat treatment on the microstructural and mechanical properties ...
The aim of this paper is to study the effect of adding Cd element to aluminum alloy series (6000) on...
This study evaluates the influence of grain refiners/modifiers on the mechanical properties of the A...
This work presents the experimental results concerning the behavior on heat treatment of on aluminum...
Alüminyum metali bilhassa korozyon dayanımının yüksekliği, hafifliği, yüksekelektrik ve ısıl iletken...
Modification of alloys is an important part of the metallurgical process, and this also applies to a...
The present article reviews a large number of research publications on the effect of mischmetal (MM)...
Within the last few years there has been a rapid increase in the utilisation of aluminium-silicon al...
The Al–9Zr-0.9Sr master alloy was used to refine and modify the Al–7Si-0.5 Mg alloy, and to improve ...
The effects of solution treatment time and Si content and morphology on microstructures and mechanic...
This study was carried out on a series of heat-treatable Al-Si-Mg alloys to determine the effects of...
This paper presents the results of research focused on the processing of the hypoeutectic Al-Si allo...
Presented work discusses research results concerning the effect of the T6 heat treatment process, in...
AbstractSurface refining of Al–Si alloy was carried out using the ‘Gas Tungsten Arc’ (GTA) heat sour...
Strontium-based modifier alloys are commonly adopted to modify the eutectic silicon in aluminum-sili...
Effects of chemical composition and heat treatment on the microstructural and mechanical properties ...
The aim of this paper is to study the effect of adding Cd element to aluminum alloy series (6000) on...
This study evaluates the influence of grain refiners/modifiers on the mechanical properties of the A...
This work presents the experimental results concerning the behavior on heat treatment of on aluminum...
Alüminyum metali bilhassa korozyon dayanımının yüksekliği, hafifliği, yüksekelektrik ve ısıl iletken...
Modification of alloys is an important part of the metallurgical process, and this also applies to a...
The present article reviews a large number of research publications on the effect of mischmetal (MM)...
Within the last few years there has been a rapid increase in the utilisation of aluminium-silicon al...
The Al–9Zr-0.9Sr master alloy was used to refine and modify the Al–7Si-0.5 Mg alloy, and to improve ...
The effects of solution treatment time and Si content and morphology on microstructures and mechanic...