Numerical analysis of graphene oxide modified glass fiber/epoxy resin composites

Abstract Graphene is extensively used as a functional material due to its superb heat transfer and electrical conductivity properties. In this paper, sample graphene oxide /glass fiber/epoxy resin composites were prepared by ultrasonic decentralization. The stress distribution of the graphene-doped fiber-reinforced matrix simulated mathematical modelling. reliability numerical model illustrated comparing measured temperature field oxide/glass composite samples with simulation results. It also shown that particles can facilitate epoxy in expands significantly more than fibers, so compressive on fibers at interface strengthens bond between fibers. Still, thermal cause glass fiber ends detach from affect life.