The aluminum bronze matrix alumina composites using hot press and resin infiltration were investigated to study their porosities, hardness, bending strengths, and microstructures. The experiment results show that the hardness of the sintered composites with the decrease of porosity increases. The composites without and with resin infiltration have about HRF 42-61 of about 34-40% of porosity and about HRF 62-83 of about 30-36% of porosity, respectively. Besides, the alumina composites contain a more amount of iron and nickel powders would cause a lower bending strength due to forming some weaker bonding among the iron, nickel, copper, aluminum under this hot pressing of shorter time
Fabrication of Al–TiN (10, 30 wt.%) composites by a powder metallurgical route has been investigated...
In this study, a new metal matrix composite of aluminium was designed with the addition of nickel...
The addition of ceramic particulates to aluminium alloys is an efficient way to improve some of thei...
The objective of this research is to find effect of copper on the mechanical properties of aluminium...
A composite is a material come from two or more material with different chemical properties. Metal m...
Metal-reinforced Al{sub 2}0{sub 3}-matrix composites were prepared using reactive hot pressing. The ...
In the paper, the changes in some mechanical properties and wear behavior of CuSn10 sintered bronze ...
In this study, mechanical properties and microstructures of extruded aluminum matrix composites were...
Metal-reinforced A1203-matrix composites were prepared using reactive hot pressing. The volume fract...
The present research work is on bronze alloy metal matrix composite reinforced with fly ash particul...
This research aims to investigate physical and mechanical properties of Aluminum-Silicon Alloy Metal...
This research focused on the study of the influence of different sintering temperature of physical a...
The present material world needs strong research studies for producing varieties of composite materi...
In this investigation, the mechanical properties and microstructure of Metal Matrix Composites (MMCs...
High-volume-fraction Si3N4-Al-based composites have been fabricated by high-pressure casting method....
Fabrication of Al–TiN (10, 30 wt.%) composites by a powder metallurgical route has been investigated...
In this study, a new metal matrix composite of aluminium was designed with the addition of nickel...
The addition of ceramic particulates to aluminium alloys is an efficient way to improve some of thei...
The objective of this research is to find effect of copper on the mechanical properties of aluminium...
A composite is a material come from two or more material with different chemical properties. Metal m...
Metal-reinforced Al{sub 2}0{sub 3}-matrix composites were prepared using reactive hot pressing. The ...
In the paper, the changes in some mechanical properties and wear behavior of CuSn10 sintered bronze ...
In this study, mechanical properties and microstructures of extruded aluminum matrix composites were...
Metal-reinforced A1203-matrix composites were prepared using reactive hot pressing. The volume fract...
The present research work is on bronze alloy metal matrix composite reinforced with fly ash particul...
This research aims to investigate physical and mechanical properties of Aluminum-Silicon Alloy Metal...
This research focused on the study of the influence of different sintering temperature of physical a...
The present material world needs strong research studies for producing varieties of composite materi...
In this investigation, the mechanical properties and microstructure of Metal Matrix Composites (MMCs...
High-volume-fraction Si3N4-Al-based composites have been fabricated by high-pressure casting method....
Fabrication of Al–TiN (10, 30 wt.%) composites by a powder metallurgical route has been investigated...
In this study, a new metal matrix composite of aluminium was designed with the addition of nickel...
The addition of ceramic particulates to aluminium alloys is an efficient way to improve some of thei...