The Design and Mechanical Analysis of Double Zigzag Type of Adhesive Joints
Volume 3, Issue 5 BAHADİR BIRECIKLI, AYDİN TURGUT
Published online: 24 October 2017
Article Views: 40
Abstract
In this article, the mechanical analysis of the double zigzag type of adhesive joints was investigated. Glass-fiber prepregs adherends are examined on several overlap angles under axial tensile loading. Overlap angle, 30°, 45°,60°, and 75° were employed. The ductile-type epoxy adhesive was employed for the bonding area. The effect of overlap angles on zigzag type of joints was studied as numerical and experimental separately. For numerical process, three-dimensional finite element analysis was exercised to understand the stress distributions in the bonding area by ANSYS R 14.5 version. Failure criteria Von Mises equivalent stress can be acceptably determined close by experimental results for joint strength. The failure load of overlap angle joints is directly proportional as it increases as the overlap angle increases. Furthermore, the available experimental results perfectly match with numerical results.
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To Cite this article
B. Birecikli and A. Turgut “The design and mechanical analysis of double zigzag type of adhesive joints,” International Journal of Technology and Engineering Studies, vol. 3, no. 5, pp. 177-183, 2017.
