Intraply Hibrid Karbon/Aramid Kompozit Malzemelerin Mekanik Özelliklerinin De?erlendirilmesi

Hybridization is an important application in obtaining the multi-functionality to combine best properties of each reinforcing element makes up composite. In this study, hybrid composites and uniform were fabricated using carbon, aramid, intraply carbon/aramid weaves with two different production methods (vacuum-assisted resin transfer molding process vacuum bagging process). The mechanical produced analyzed respect methods. Epoxy from thermoset resins was used as a matrix element. composite samples mechanically (tensile test, hardness test) morphologically, well interply Carbon Kevlar composites, how affect results. Results show productions made VABM (vacuum method), tensile strength value Intraply 1.56 times better than ones VARTM assisted molding). comparison values, 1.20 higher results obtained compared those VABM. Using SEM analysis, interfacial such fiber breakage, shrinkage, fracture determined specimens after uniaxial it found that interactions interfaces support specimens.