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Recent times woven fabric Glass/Carbon hybrid composite laminates find extensive applications in automobile, aircraft and machine tool structures. Many researchers have contributed towards achieving the best layering arrangement of the hybrid laminates with improved static and dynamic stability. In the earlier investigation, based on the static and dynamic mechanical test results, the effective layering arrangement for the four layered Glass/Carbon hybrid laminate was established by one of the author. In the present study, the role of fiber orientation over the established effective layering arrangement of epoxy based woven fabric Glass/Carbon hybrid composite laminate was investigated. To study the effect of fiber orientation over the effective layering arrangement, two important fiber orientations such as 45 and 90 were considered. All the hybrid laminates were fabricated by hand layup method. For understanding and analyzing the effect of fiber orientation, the hybrid composite samples were tested for the mechanical properties such as tensile and flexural strength for more trials and the results were reported and discussed.

Effect of Fiber Orientation on Effective Stacking Sequence of Glass/Carbon Hybrid Composite Laminates for Structural Applications