The Inner cylindrical face of the wheel arch is fixed. Use the View Cube to orient the part so that you have a clear view of the bottom face. Right-click on
Constraints under
Subcase 1 and select
New.
All the entities that you will be creating will also appear in Model Entity list. This list will expand as the modeling progresses. The Model Entity list provides a means of easily applying entities to other subcases as well.
When the
Constraint dialog appears, select the inner cylindrical face.
Type
Fixed Constraint for the
Name of the constraint. Change the Coordinate system to
Cylindrical and Uncheck the
Rr, Rθ, and Rz boxes.
Note: In the
Display Options section of the Constraint dialog, you can adjust the size, number, and color of the constraint symbols that appear in the part display.
Be sure that
Subcase 1 is selected in the
Subcases list, and then click
OK. This will automatically add the constraint to
Subcase 1.
Right-click on
Loads under
Subcase 1 and choose
New. In this subcase, the load is a 50 psi pressure applied to the outer surface of the wheel in the direction normal to the surface.
Set
Pressure as the Load type from the type drop-down.
Enter
Pressure on Face in the
Name field.
Select the Outer surface of the wheel and type in
50 psi.
Note: In the
Display Options section of the Load dialog, you can adjust the size, number, and colour of the load symbols that appear in the part display
Be sure that
Subcase 1 below the
Subcases list is selected.
Then click
OK.
In the tree view, right-click on
Analysis 1 and select
Edit.
Type
Linear Static Analysis for
Name, type
Cyclic Symmetry for
Title, and select
Linear Static for the analysis
Type.
Ensure that
Displacement is checked under
Nodal Output Control and
Stress is checked under
Elemental Output Sets.
Switch to the
Options tab. Check the box under
Cyclic Symmetry, and set the Coordinate system to
Cylindrical. Make sure that the coordinate system selected inside the Options tab is the same selected while applying constraint, then click
OK.