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What is Mechanical Characterisation of Nano Hybrid Composites about?

In this research work, the impact of nanoparticles silicon oxide (SiO 2 ) and titanium dioxide (TiO 2 ) fillers on the tensile, impact and flexural, properties of epoxy/basalt(B)/kenaf(K)/Kevlar(KV)/glass(G) laminates was studied. The vacuum bagging process improves the tensile, impact and flexural properties of hybrid composite laminates. Construction, defence and vehicle applications are growing request for exclusive material manufacture innovation imitation reinforced composite remains replacing traditional materials are cost-effective, recyclable and cost-effective capacity, now the hybrid composites are fabricated by basalt(B)/kenaf(K)/Kevlar(KV)/glass(G) reinforced with L-12 epoxy resin as matrix. In the presence of nanoparticles, the tensile, flexural, then impact strength, the L-12 epoxy resin/hybrid laminates improved dramatically. As compared to epoxy + BKGK fibre composites, the epoxy + BKGK + 0.48 wt per cent nanoparticles composites had improved tensile and flexural performance. Due to nanotechnology, nanoparticles are now being seen as a possible filler material for enhancing the properties of existing composite materials. The polymer composite has improved in perform

Author

A. Vinay; T. Malyadri; Lanka Sandeep Raj

Publisher

Springer Singapore : Imprint: Springer

Published

2022

Language

EN

ISBN

9789811677861

Subjects

Engineering, Technology, Stem