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    The synthesis and mechanical characterisation of laminated hybrid-epoxy matrix composites
    (Taylor & Francis Ltd, 2017) Sismanoglu, S.; Gungor, A.; Aslan, B.; Sen, D.
    High-performance and lightweight laminated hybrid composites were fabricated by using epoxy-impregnated carbon, Kevlar and hybrid fabrics. Carbon-Kevlar, carbon-hybrid, carbon-Kevlar-hybrid, and Kevlar-hybrid fabric epoxy matrix composites with 12 layers were synthesised using vacuum bag method. Tensile and three-point bending tests were used to determine the modulus of elasticity, % elongation, tensile strength, bending moment and bending strength of hybrid composites. The highest tensile strength, bending strength and bending moment were observed from carbon-Kevlar-epoxy matrix composite, while the lowest values were observed from the carbon-hybrid-epoxy matrix composite.
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    The Synthesis and Mechanical Characterization of Laminated Hybrid-Epoxy Matrix Composites
    (Agro Arge Danismanlik San Ve Tic As, 2016) Sismanoglu, S.; Gungor, A.; Asian, B.; Sen, D.
    High performance and light weight laminated hybrid composites were fabricated by using epoxy impregnated carbon, kevlar and hybrid fabrics. Carbon-kevlar, carbon-kevlar-hybrid, kevlar-hybrid and hybrid-carbon fabric epoxy matrix composites with 12 layers were synthesized by using vacuum bag method at 170 degrees C temperature for 150 minutes. Composite materials were compared in terms of their flexibility and strength properties by using tensile and bending tests. Elasticity modulus, % elongation, tensile tension, fracture tension, bending moment, bending strength were determined according to the tests results. The highest tensile strength, bending strength and bending moment were observed in carbon-kevlar-epoxy matrix composite, while the lowest values were obtained from carbon-hybrid-epoxy matrix composite.