Published Paper Details:

The present study aims at the model development and critical analysis of a composite material based on hemp fibre, graphene and epoxy resin. The performance of the natural fibre composites depends directly on the fibres counting, length, shape, arrangement and also the interfacial adhesion with the epoxy resin. Hemp fibres have been found to possess excellent mechanical strength and young�s modulus, and good insulation properties. Hemp ?bers have properties that make them a suitable material to replace glass ?bers as reinforcements in composites. The composites made of hemp fibre with graphene and epoxy resin have exhibited good mechanical properties. Graphene is the thinnest material and also amazingly strong - about two hundred times stronger than steel. Graphene composites have lots of possible applications, with much research going on to create unique and innovative materials. The future of graphene composites includes medical implants, engineering materials for aerospace and renewable energy resources and much more. The under study, Hemp fibre-reinforced graphene composite material (HFRGCM) is modeled by using ANSYS Workbench (ACP). ANSYS Mechanical solves linear or non-linear static or dynamic issues for structural analysis of composite