Abstract
In this study a progressive failure analysis in adhesive, riveted, and hybrid bonded double-lap joints have been performed. In the joints, a woven type fiber glass reinforced composite material is used as the main material; AV 2015 is used as the adhesive and steel as the rivet material. The analyses are performed using ANSYS 12.1 finite elements packaged software via software written using APDL (Parametric Design Language) codes. At the end of the progressive failure analysis, failure loads and failure modes are contained for 30, 45, and 60mm overlap distances in accordance with Maximum Shear Stress Theory and Hashin Criteria. For a 45mm overlap distance, joint strength of hybrid joints proves to be respectively 2.72 and 1.145 times higher than adhesive and fasten joints.
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