Studies on Mechanical Properties of Graphene based GFRP Laminates

Abstract

Glass Fiber Reinforced Polymer (GFRP) is extensively employed in various applications for their improved properties. In order to improve the properties of the GFRP they can be combined with other material through the introduction of filler materials to obtain better properties. Development of advanced composites with improved properties is of utmost important, especially composite which are light in weight but with better tensile and flexural properties is the need of the hour. This dissertation work investigates the ability of Graphene powder to improve the mechanical properties of GFRP laminates. Investigations were carried out by adding graphene powder in different percentage to the GFRP and with different orientation of glass fibers. These composites were studied with respect to the mechanical properties. The effect of addition of graphene in GFRP laminates was investigated for their flexural and tensile properties. Addition of Graphene and orientations of glass fibers improved mechanical properties of GFRP composites.