Published Paper Details:

In the present trend of research, because of the properties like decrease in density, stiffness, less weight and good mechanical properties the field of composite materials has become the emerging trend. This has found its complete applications in the field of aerospace engineering, automotive, marine and sporting industries. Synthesis of composite materials has been a continuous lookout without settling on both physical and mechanical properties. We are having two types of fibres natural fibre and synthetic fibre. Many researchers have gained attraction over these because they hybrid have the potential reinforcement material for composites, and are in emerging trend. The main practical benefits of these hybrid composites are they offer reduction in density, available at less cost, inexhaustible, biodegradability and naturally innocuous and eco inviting and better mechanical properties when contrasted and synthetic fiber composites. Present research work deals with mechanical properties of jute and Hybrid e-glass laminated reinforced composite at different fibre orientations. Six test specimens were prepared for each by varying fibre orientations and filler materials via, Plain woven bi-directional Hemp jute, Plain woven Hybrid E-glass (one side e-glass and other side chopped standard reinforcement), Hemp jute and Hybrid e-glass, Hemp-jute and Hybrid e-glass with 5% Cu filler, Hemp-jute and Hybrid e-glass with 5% Al filler, Hemp-jute and Hybrid e-glass with 5% graphite filler the following GFRP composites were fabricated according to the standards using hand layup method. The developed composites tested to evaluate their tensile, bending, impact and hardness properties. The best GFRP concluded by comparing the results obtained in the above cases.