HOMOGENIZATION METHOD FOR 2-D NANOSTRUCTURE REINFORCED EPOXY

Abstract

Graphene\ua0 flakes\ua0 are\ua0 being\ua0 used\ua0 as base\ua0 resin additives\ua0 in\ua0 epoxy\ua0 to\ua0 improve\ua0 the\ua0 properties\ua0 of\ua0 the material\ua0\ua0 for\ua0\ua0 aerospace\ua0\ua0 applications[1].\ua0\ua0 The concentrations\ua0 of\ua0 the\ua0 flakes\ua0 should\ua0 be\ua0 optimized\ua0 to create material properties that meet the design and cost requirements\ua0\ua0 of\ua0\ua0 the\ua0\ua0 components.\ua0\ua0 A\ua0\ua0 predictive modelingapproach\ua0 is\ua0 needed\ua0 to\ua0 aid\ua0 in\ua0 the\ua0 design\ua0 of these\ua0 composite\ua0 materials\ua0 for\ua0 increased\ua0 stiffness. Using\ua0 a2D\ua0 representation, the mechanical\ua0 properties of\ua0 a\ua0 representative\ua0 area\ua0 element\ua0 of\ua0 epoxy\ua0 embedded with graphene flakes can be predicted