Development of Mechanical Properties of TC17 Titanium Alloy Shaft Based on the Stress-Strain State Based on the Dynamic Load

In this study, the impact of a dynamic load on the mechanical properties of a TC17 titanium alloy shaft has been investigated by means of finite element analysis. This research's data was collected and analysed as an integral component of a larger investigation. In order to put the simulation approach into action, the Ansys software's static structure tool was utilised. Calculations were performed with a load ranging from 0 to 100 N during the duration of the experiment, which led to these results. Once the x, y and z-dimensional distortions have been fixed, the procedure may be considered finished. Deformation was greatest along the y-axis (8e-6 mm for the applied force) and it was least along the z-axis (0.006 mm for the applied load), according to the numerical study. The object's weight was crucial to each of these assessments. In addition, researchers have looked into vone msise stressors, which are also called comparable stress. A stress level of 8.87 e10 Pa is considered to be the maximum equivalent stress, according to recent studies. Analysing the shear stress due to external loads over three separate planes yielded consistent results. Where studies have been conducted in all three perspectives (xy, xz and yz). A share stress peaking at 2.07e10 Pa was experienced by the xz plane at this spot.