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Elhadji Babacar Ly,Marieme Josephine Lette,Abdou Karim Diallo,Adama Gassama,Akito Takasaki,Diene Ndiaye 한국섬유공학회 2019 Fibers and polymers Vol.20 No.5
This study estimates the potential using of typha australis (t. australis) as reinforcing element in compositematerials based on plant fibres as way of enhanced for this invasive plant. Composite materials based on t. australis, bambooand rice husk fibres were prepared with phenolic resin and their properties compared in order to evaluate this invasive plant inrelation to the commonly used fibres in composite materials. Scanning Electronic Microscopy shows similarity in themorphologic structure of t. australis and bamboo fibres. The failure mode is typically the same for all composite materialswhen fibres or system undergo the same treatment. The 3-point bending tests exhibit mechanical characteristics in the samerange for different composites materials, for example the Young modulus for t. australis, bamboo and rice husk compositeswithout any modification are estimated at 1.92, 2.04 and 2.00 GPa respectively.