Investigation of mechanical behavior of hybrid composite plate with reinforced layer AL7075

Composites can mean a combination of binary or more Decoupled materials. Composite materials are a group of materials that are used in almost every field and are important for many industrial organizations. In this study, four different sequences of hybrid composite plates were obtained from aluminum alloy added to composite fiber fabrics. The composite materials used to manufacture the hybrid plate are glass and carbon fiber. In this group of materials, epoxy resin is the reinforcing element that will form the matrix structure. They were produced in the laboratory environment as hybrid plates to be used in the study. These produced sheets were subjected to three-point bending experiments, shooting experiments, pressing experiments and pulling experiments. In the tests performed, the amount of force, elongation, stress, deformation and delamination occurred was given. As a result of the tests, these four different sequences were compared among themselves in terms of force-deceleration, force-elongation and delamination. As a result of this comparison, it has been shown that the CF-KF-CF-AL7075-CF-KF-CF sequence, that is, the second hybrid composite sequence, has superior properties by withstanding greater forces compared to other sequences.