Abstract:

In this study, the elasto-plastic stretch analysis was performed using the theory of anizotropic elasticity for a polymer matrix composite anchor, supplemented with one-way fiber exposed to the load from the free end to P. By calculating the flow points for the 0°, 30° 45°, 60° and 90° orientation angles, the remaining x stretching components were obtained. The flow begins simultaneously at the lower and upper surfaces of the curve for 0° and 90° orientation angles. For the 30°, 45° and 60° orientation angles, it has been seen that the flow on the top surface of the curve has already begun. On the lower and upper surfaces of the left, the remainder x is the maximum stretching component. As a result of this study, the “x remainder stretching components” obtained for polymer matrix composite curve supplemented with one-way fiber were compared with the “x remainder stretching components” obtained for thermoplastic matrix composite curve supplemented with curve fiber in previous habits.

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