COMPARISION AND EVALUATION OF MECHANICAL PROPERTIES OF BIAXIAL BRAIDED CARBON AND E- GLASS FIBERS

An examination has been completed to research the elastic and flexure strength properties of braided composites made via carbon fiber and glass fiber in various directions. The braid points are kept up at are 15 , 30 and 45 and analyze the qualities among the examples. Braided fibres' versatility makes it possible to create composite materials which are tailored to a certain need. In terms of de-cover obstruction, dimensional solidity, and other properties, braided fibre composite constructions are superior. Research aims to provide a better understanding of the mechanical characteristics of biaxial carbon braided composites, such as tensile and flexural modulus. Carbon fibre and epoxy networks were combined and braided in different directions in this study. The addition of carbon fibre particles to biaxial carbon braided fiber/epoxy composites improves their mechanical characteristics, according to the research. Mechanical characteristics for biaxial carbon braided composite been chosen for dissection based on the results of the trial work. The biaxial carbon braided composite is accomplished acceptable firmness, light-weight, consumption safe, solid and can be framed into practically any ideal shape. Carbon/Carbon is an exceptionally alluring material for use at raised temperatures in underlying applications because of its high solidarity to-weight proportion and expanding strength with expanding temperatures.