In order to achieve better performance from alloy,manufactures may alter the alloy composition or the manufacturing process. The alterations can be done by composition or the manufacturing process. The alteration can be done by means off addition of alloying elements,by means of changes to the component design,or by means of changing the processing parameters. In the present work,a review on the work carried out on the effec t of mold vibrations on the microstructure and mechanical properties of casting i.e of aluminum alloy during solidification is presented. https://www.ijiert.org/paper-details?paper_id=14078
In this work the microstructural evolution of an A360 alloy reinforced with 10vol.% SiC particulate ...
Metal matrix composites are engineered materials which are a combination of two or more materials, o...
A series of casting experiments was conducted with A356 aluminum alloys by applying vibration treatm...
In order to achieve better performance from alloy, manufactures may alter the alloy composition or t...
In order to achieve better performance from alloy, manufactures may alter the alloy composition or t...
Aluminum-Silicon and Aluminum-Copper alloys are important non-ferrous casting alloys. Different meth...
Al-Si based alloys are the most important nonferrous alloys. These alloys were enormously used in va...
The effects of mechanical vibration frequency and amplitude on solidification filling, microstructur...
The effect of low-frequency mechanical vibration, applied during the solidification process, on the ...
Today’s industry aims at such situation, where number of defective products, so called defects shall...
This paper is concerned with the influence of vibration on the cooling slope casting and gravity cas...
One of the major aims of the modern materials foundry industry is the achievement of advanced mechan...
The object of research is AK7 alloy, which is subjected to the complex action of vibration and modif...
This work was carried out to develop high-quality cast aluminum alloys using a new casting technolog...
It is well known that it takes some time for the solid phase to completely dissolve upon melting, es...
In this work the microstructural evolution of an A360 alloy reinforced with 10vol.% SiC particulate ...
Metal matrix composites are engineered materials which are a combination of two or more materials, o...
A series of casting experiments was conducted with A356 aluminum alloys by applying vibration treatm...
In order to achieve better performance from alloy, manufactures may alter the alloy composition or t...
In order to achieve better performance from alloy, manufactures may alter the alloy composition or t...
Aluminum-Silicon and Aluminum-Copper alloys are important non-ferrous casting alloys. Different meth...
Al-Si based alloys are the most important nonferrous alloys. These alloys were enormously used in va...
The effects of mechanical vibration frequency and amplitude on solidification filling, microstructur...
The effect of low-frequency mechanical vibration, applied during the solidification process, on the ...
Today’s industry aims at such situation, where number of defective products, so called defects shall...
This paper is concerned with the influence of vibration on the cooling slope casting and gravity cas...
One of the major aims of the modern materials foundry industry is the achievement of advanced mechan...
The object of research is AK7 alloy, which is subjected to the complex action of vibration and modif...
This work was carried out to develop high-quality cast aluminum alloys using a new casting technolog...
It is well known that it takes some time for the solid phase to completely dissolve upon melting, es...
In this work the microstructural evolution of an A360 alloy reinforced with 10vol.% SiC particulate ...
Metal matrix composites are engineered materials which are a combination of two or more materials, o...
A series of casting experiments was conducted with A356 aluminum alloys by applying vibration treatm...