fabrication was done by stir casting techniques and the mechanical properties of AA6061/rice husk ash were assessed. The cast were produced with liquid metallurgy route through the reinforcement of 2–8 weight percentages of particle sizes of 75 mm rice husk ash. The microstructural test like SEM/EDS and mechanical properties were studied. From the results, the mechanical properties were found to increase at 8% rice husk ash reinforcement. SEM images revealed that homogenous dispersal of particulates without voids occur in cast and an increase up to 8% rice husk ash revealed substantial blending of matrix and reinforcement as evidenced in the microstructure examinatio
Rice husk ash is produced after combustion of rice husk, which is an industrial waste. Rice husk ash...
Al-6063 with powder reinforcement consists the superiour stiffness, high strength and better wear re...
The present study focuses on the tensile properties of Aluminum 6061 reinforced with AISI1060 Steel ...
The unstoppable quest for low-cost reinforcing agent gingered the enthusiasm towards developing and ...
The unstoppable quest for low-cost reinforcing agent gingered the enthusiasm towards developing and ...
Metal matrix composites are demanded broadly in numerous fields of engineering and industrial sector...
AbstractThe application spectrum of low cost material reinforced metal matrix composites is growing ...
Aluminium matrix composites (AMCs) used extensively in various engineering fields due to their excep...
Aluminium matrix composites (AMCs) used extensively in various engineering fields due to their excep...
Reinforcement performs a dynamic function in the efficiency and durability of composite materials. I...
As to reduce the production cost of AMCs, researchers found that RHA have potential to become reinfo...
Friction stir processing (FSP) is an alternative way to produce the surface composites of aluminium ...
Types of reinforcements in Metal Matrix Composite (MMC) are essential to form a better MMC due to th...
This study was carried out to produce and analyse the properties of Aluminium Alloy-Rice Husk Ash co...
The use of low cost metal matrix composites (MMC) is increasing rapidly in various engineering field...
Rice husk ash is produced after combustion of rice husk, which is an industrial waste. Rice husk ash...
Al-6063 with powder reinforcement consists the superiour stiffness, high strength and better wear re...
The present study focuses on the tensile properties of Aluminum 6061 reinforced with AISI1060 Steel ...
The unstoppable quest for low-cost reinforcing agent gingered the enthusiasm towards developing and ...
The unstoppable quest for low-cost reinforcing agent gingered the enthusiasm towards developing and ...
Metal matrix composites are demanded broadly in numerous fields of engineering and industrial sector...
AbstractThe application spectrum of low cost material reinforced metal matrix composites is growing ...
Aluminium matrix composites (AMCs) used extensively in various engineering fields due to their excep...
Aluminium matrix composites (AMCs) used extensively in various engineering fields due to their excep...
Reinforcement performs a dynamic function in the efficiency and durability of composite materials. I...
As to reduce the production cost of AMCs, researchers found that RHA have potential to become reinfo...
Friction stir processing (FSP) is an alternative way to produce the surface composites of aluminium ...
Types of reinforcements in Metal Matrix Composite (MMC) are essential to form a better MMC due to th...
This study was carried out to produce and analyse the properties of Aluminium Alloy-Rice Husk Ash co...
The use of low cost metal matrix composites (MMC) is increasing rapidly in various engineering field...
Rice husk ash is produced after combustion of rice husk, which is an industrial waste. Rice husk ash...
Al-6063 with powder reinforcement consists the superiour stiffness, high strength and better wear re...
The present study focuses on the tensile properties of Aluminum 6061 reinforced with AISI1060 Steel ...