The Journal of Science and Engineering Applications (JSEA)

Abstract

In this study, Three-point bending tests have been employed to investigate the mechanical behavior of the composite structure. T-shape profiles have been employed to be investigated and analyzed. in this study, geometry has been modeled and meshed using Ansys Software. Mesh and predicted results have been converged using normal stress as a main indicator of the convergency procedure.  A static structure tool has been employed to simulate the mechanical behavior of the composite structure. The numerical results have been carried out based on the normal stress and resultant of the total deformation due to the applied static load.  The numerical results have stated that the maximum value of the stress is 0.4 MP a due to the 1000 N. The value of the total deformation of the entire body is 0.004 mm. Eventually, the output of the numerical results has been stated that the composite structure can resist due to the applied static force.