Özet:

In attachment-connected designs, it is recommended to be designed in such a way that it will affect the sliding stretch to the attachment area, which is the critical area, in terms of connection strength. In general, the robbery stretches in the adhesive connections are primarily effective in the formation of damage. The drawing load is applied in simple drawing connections, drawing tensions are formed with the turnover effect at the drawing ends. When designing simple binding connections is designed to minimize the effect of rotting stretch is important to increase the connection strength. In this study, for the purpose of investigating the impact of the design of the binding ends of the attached materials in different angles on the connection strength, six different end angle (90°, 75°, 60°, 45°, 30° and 15°) simple binding link models were created in Ansys, a final elements analysis program, and the unlinear stretching and damage analysis under the drawing load applied of the connections was carried out. The results of the analysis, according to the reference model (90° end angle model), have seen an increase in the connection strength in the angle models. According to the reference model, a strength increase of 29.1% was detected in the 15° end angle model.

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