Investigation of the effect on its mechanical properties sequence order of carbon fiber-glass fiber hybrid composites

Hybrid composites are obtained by combining materials with different properties in layers in order to better meet the usage areas and needs. Variable parameters such as the type, amount, arrangement and orientation angle of the layers in the composite are the most important factors that determine the mechanical properties of hybrid composites. In this study, the effect of sequence order of the carbon fiber-glass fiber reinforced hybrid composites produced during production on the mechanical properties of the composite was examined. The properties of the material were examined by applying some tests. The materials used in the tests were resine epoxy, glass fiber and carbon fiber, and two glass-carbon fiber reinforced hybrid composite plates were produced in different alignments using the hot press method. The samples were subjected to 2 different tests: tensile and three-point bending tests. In line with the results obtained, the effect of the sequence order on the mechanical properties of these materials was examined. As a result of this examination, it has been determined that the specimens with a K1 stacking sequence have higher strength compared to those with a K2 stacking sequence.