TRANSIENT STRUCTURAL ANALYSIS ON A DOUBLE UNIVERSAL JOINT
PERFORM A TRANSIENT STRUCTURAL ANALYSIS ON A UNIVERSAL JOINT
The objective is to perform a Transient Structural Analysis on a double joint with a spring using three different materials, Structural Steel, Stainless Steel, and Titanium Alloy. To obtain the Equivalent Stress and Total Deformation for all the three cases.
- First to import the given geometry in the ANSYS Workbench and then select the material one by one for the spring.
- Properties of Materials given below:
- Joint Details Are given below with the proper images:
- Detail of meshing Given below:
- Detail of Analysis Setting given below:
- Detail of Joint-Rotation given below:
RESULTS FOR STRUCTURAL STEEL MATERIAL:
- TOTAL DEFORMATION
- EQUIVALENT STRESS:
COMPARISON OF TOTAL DEFORMATION AND EQUIVALENT STRESS FOR THREE DIFFERENT MATERIALS ARE GIVEN BELOW:
- TOTAL DEFORMATION (mm) :
MATERIAL STRUCTURAL STEEL STAINLESS STEEL TITANIUM ALLOY
MINIMUM 0 0 0
MAXIMUM 38.637 38.637 38.637
AVERAGE 19.420 19.419 19.417
- EQUIVALENT STRESS (MPa):
MATERIAL STRUCTURAL STEEL STAINLESS STEEL TITANIUM ALLOY
MINIMUM 9.1403e-009 8.733e-009 9.0438e-009
MAXIMUM 1538.3 1489.8 755.98
AVERAGE 125.11 120.89 60.828