An aluminium alloy and its composite with dispersed SiC particles made by liquid metallurgy route were extruded under optimized conditions. The properties were characterized in terms of microstructure, hardness and sliding wear behaviour and then compared between the extruded and cast alloys and composites, in order to understand the benefits of composite and extrusion on the\ud alloy. It was observed that composites drastically increased the hardness and the extruded composites further increased this value. The advantage of composites was realized in sliding wear test
In this study, mechanical properties and microstructures of extruded aluminum matrix composites were...
Al-SiC composites were successfully produced with improved mechanical properties. Effect of SiC cont...
This thesis details the investigation relating to the production method and mechanical properties of...
An aluminium alloy and its composite with dispersed SiC particles made by liquid metallurgy route we...
One of the advantages reported in Al-base alloy particulate composites is its improved sliding wear ...
Metal matrix composite is considered in various engineering fields like Automobile, medical, electro...
The present paper reports attempts made at enhancing the mechanical and wear resistance properties...
One of the advantages reported in Al-base alloy particulate composites is its improved sliding wear ...
One of the advantages reported in Al-base alloy particulate composites is its improved sliding wear ...
Metal Matrix Composite made from Al-7075 based alloy dispersed with 10% SiC particles through the li...
Aluminium-base matrix composites with ceramic reinforcements combine the high ductility and toughnes...
This study focuses on the friction and wear behaviors of reciprocatingly extruded Al-SiC composites....
Several profiles with the same extrusion ratio were extruded from three monolithic alloys and five a...
The addition of ceramic particulates to aluminium alloys is an efficient way to improve some of thei...
The present paper reports attempts made at enhancing the\ud mechanical and wear resistance propertie...
In this study, mechanical properties and microstructures of extruded aluminum matrix composites were...
Al-SiC composites were successfully produced with improved mechanical properties. Effect of SiC cont...
This thesis details the investigation relating to the production method and mechanical properties of...
An aluminium alloy and its composite with dispersed SiC particles made by liquid metallurgy route we...
One of the advantages reported in Al-base alloy particulate composites is its improved sliding wear ...
Metal matrix composite is considered in various engineering fields like Automobile, medical, electro...
The present paper reports attempts made at enhancing the mechanical and wear resistance properties...
One of the advantages reported in Al-base alloy particulate composites is its improved sliding wear ...
One of the advantages reported in Al-base alloy particulate composites is its improved sliding wear ...
Metal Matrix Composite made from Al-7075 based alloy dispersed with 10% SiC particles through the li...
Aluminium-base matrix composites with ceramic reinforcements combine the high ductility and toughnes...
This study focuses on the friction and wear behaviors of reciprocatingly extruded Al-SiC composites....
Several profiles with the same extrusion ratio were extruded from three monolithic alloys and five a...
The addition of ceramic particulates to aluminium alloys is an efficient way to improve some of thei...
The present paper reports attempts made at enhancing the\ud mechanical and wear resistance propertie...
In this study, mechanical properties and microstructures of extruded aluminum matrix composites were...
Al-SiC composites were successfully produced with improved mechanical properties. Effect of SiC cont...
This thesis details the investigation relating to the production method and mechanical properties of...