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The following images display the results for the initial case in which the radius of the hole is 2 inches.

Total Deformation

https://confluence.cornell.edu/download/attachments/131466097/solid+fill+total+deformation.PNG?version=1&modificationDate=1321374030000

Let's compare the deformed shape of the plate to what we expect from the applied boundary conditions. First, let's look at the radius of the hole. The radius of the hole has uniformly increased, which is consistent with the applied boundary condition of uniform pressure at the radius. Next, let's examine the left and bottom edges of the plate. Motion along these two edges has been parallel to these edges, which agrees with the applied symmetry condition. Finally, let's look at the top and right edges. We can see that both have deformed away from the hole, and the deformation is smallest at the top right corner, which agree with our expectations.

Equivalent Stress

Next, let's view the Equivalent Stress values calculated by ANSYS. Select Equivalent (von-Mises) Stress from the tree in the left panel. We would now like to view the stresses as colored contours. Select the Contours from the top toolbar and choose Contour Bands.

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