Microstructural analysis and experimental investigation of mechanical properties of epoxy based hybrid composite reinforced with flax, sisal and luffa fibre
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The glass fiber provides lots of health problem during its production and testing. Our aim is to replace the glass fiber bynatural fiber that will survive for an automotive industry by easily recycling and excellent strength to weight ratio. This workis the investigation of the hybrid composite by reinforcing it with flax, Luffa fiber & sisal fiber. Also in this work, the naturalfibers are treated to remove the impurities and increase the bonding strength and tensile strength. The mechanical andphysical properties for the above hybrid composites are investigated.
Abstract
The glass fiber provides lots of health problem during its production and testing. Our aim is to replace the glass fiber bynatural fiber that will survive for an automotive industry by easily recycling and excellent strength to weight ratio. This workis the investigation of the hybrid composite by reinforcing it with flax, Luffa fiber & sisal fiber. Also in this work, the naturalfibers are treated to remove the impurities and increase the bonding strength and tensile strength. The mechanical andphysical properties for the above hybrid composites are investigated.
참고문헌 (17)
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