Failure Analysis of Two-Dimensional Carbon-Epoxy Composite Plate Pinned Joint

Failure loads of mechanical fastened pinned and bolted composite joints with two serial holes

“…14- 16, respectively. For K/D = 3, the mean value of the failure load is 7% higher than that of the immersed specimens under M = 0.…”

“…They concluded that ultimate load capacity depends on E/D, S/D and P/D ratios. Aktas and Karakuzu [16] have carried out a failure analysis of a mechanically fastened carbon-fiber reinforced epoxy composite plate of arbitrary orientation. In that work, failure load and failure mode have been analyzed experimentally and numerically using Tsai-Hill and fiber tensile-compressive failure criteria.…”

Investigation of load bearing performances of pin connected carbon/polyphenylene sulphide composites under static loading conditions

“…Aktas ß and Karakuzu [5] worked on pin connections of continuous fibre reinforced epoxy composite laminates, investigated the loading, which causes damage on the connections, and the failure types experimentally and numerically. Chang and Scott [6] investigated the laminates, which are fibers reinforced having different layers and different configurations.…”

Progressive Failure Analysis of Laminated Composite Plates With Two Serial Pinned Joints

“…It has been observed in an experiment that mechanically fastened joints fail in three basic failure modes: net-tension, shear-out, and bearing [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18][19][20]. Typical damage caused by each mode is shown in Figure 5.…”

“…Parametric studies were performed experimentally for determining effects of joint geometry and fiber orientation on the failure strength and failure mode. Aktas and Karakuzu [5] carried out a failure analysis of mechanically fastened joints on arbitrary oriented carbon fiber reinforced epoxy composite plate. The failure loads and failure modes were analyzed experimentally and numerically using Tsai-Hill and fiber tensile-compressive failure criteria.…”