We will now look at the von Mises stress.
- Click Results Contours
Stress von Mises. The maximum value is approximately 3,591 psi. 
- We can next determine the contact force in the nodes where the two parts remain in contact.
- Right-click the Surface heading under the Contact heading in the browser (tree view) and select Contact Force. The nodes along the contact pair are selected and a pop-up dialog reports the total contact force between the pair. The negative value indicates a compressive force.
- Click OK to dismiss the Total Contact Force dialog.
- Click in a blank part of the display area to clear the selection.
- Click
Results Contours Displacement Show Displaced Displaced Options. - Type 30 in the Scale Factor field and press Enter.
- Close the Displaced Model Options dialog.
At this level of exaggeration, you can clearly see that the top of the horizontal part separates from the vertical part, as shown below.
- You can also see the distribution of the contact force by selecting
Results Contours Other Results Element Forces Axial Force. All results are either zero (no contact) or negative (compression), with the greatest force being at the bottom, as shown below. 
This tutorial is now complete.