- Select Utility Menu> Select> Entities.
- Make sure Areas are still selected and click Sele All.
- Click OK.
- Select Main Menu> Solution> Define Loads> Apply> Structural> Displacement> On Keypoints.
- Pick the middle keypoint on the bottom of the bolt (KeyP No. = 1) and click OK in the picker.
- Choose UX and UZ for DOFs to be constrained (Lab2) and click Apply to accept your choices and return
to the picker. - Pick the middle keypoint on the top of the bolt (KeyP No. = 12) and click OK in the picker.
- Choose UX for DOFs to be constrained (Lab2) and click OK.
- Select Main Menu> Solution> Define Loads> Apply> Structural> Pretensn Sectn.
- Choose 1 Example under Pretension Sections.
- Enter 100 for Force (under Pretension Load) and click OK.
- Select Utility Menu> File> Change Title.
- Change the title to “Sample Application of PSMESH - Preload Only” and click OK.
- Select Main Menu> Solution> Solve> Current LS.
- Review the information in the /STATUS Command window and click OK to begin the solution.
- Click Close when the Solution is Done message appears.
2.8.4.8. Postprocessing: Pretension Results
- Select Main Menu> General Postproc> Plot Results> Contour Plot> Nodal Solu. The Contour Nodal
Solution Data dialog box appears. - Select Stress from the scroll box on the left and Z-direction (SZ) from the scroll box on the right and click
OK.
2.8.4.9. Solution: Apply Thermal Gradient
- Select Main Menu> Solution> Analysis Type> Restart. Close any warning messages that appear.
- Select Main Menu> Solution> Define Loads> Settings> Uniform Temp.
- Enter 150 for the uniform temperature and click OK.
- Select Utility Menu> File> Change Title.
- Change the title to “Sample Application of PSMESH - Uniform 150 deg” and click OK.
- Select Main Menu> Solution> Solve> Current LS.
Release 15.0 - © SAS IP, Inc. All rights reserved. - Contains proprietary and confidential information
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