Mechanical APDL Basic Analysis Guide

(Axel Boer) #1

  1. Enter the following values:


Outer radius (RAD1): 1
Optional inner radius (RAD2): 0.35
Z-coordinates (Z1, Z2): 0, 0.75
Ending angle (THETA2): 180


  1. Click OK to create the cylinder and close the Create Cylinder by Dimensions dialog box.

  2. Select Utility Menu> WorkPlane> Offset WP by increments.

  3. Enter -0.10 in X,Y, Z Offset, press enter, and click OK. This offsets the working plane -0.10 units in the
    working plane x-direction.

  4. Select Main Menu> Preprocessor> Modeling> Create> Volumes> Cylinder> By Dimensions. The
    Create Cylinder by Dimensions dialog box appears.

  5. Enter the following values:


Outer radius (RAD1): 1
Optional inner radius (RAD2): 0.35
Z-coordinates (Z1, Z2): 0.75, 1
Ending angle (THETA2): 180


  1. Click OK to create the cylinder and close the Create Cylinder by Dimensions dialog box.

  2. Select Utility Menu> WorkPlane> Display Working Plane (toggle off).

  3. Select Main Menu> Preprocessor> Modeling> Operate> Booleans> Glue> Volumes.

  4. Pick all (in the picker).

  5. Select Main Menu> Preprocessor> Numbering Ctrls> Compress Numbers.

  6. Select All for Item to be compressed and click OK.

  7. Select Utility Menu> Plot> Volumes.


2.8.4.6. Mesh Geometry


  1. Select Main Menu> Preprocessor> Meshing> Meshtool.

  2. Under Element Attributes, choose Global and click Set.

  3. Set the Material number to 1 and click OK.

  4. Be sure smart sizing is off and click Mesh.

  5. Pick volumes 4 and 5 (the two annular plates) and click OK in the picking menu.

  6. Select Utility Menu> Plot> Volumes.

  7. In the MeshTool dialog box, choose Global and click Set under Element Attributes.

  8. Set the Material number to 2 and click OK.


Release 15.0 - © SAS IP, Inc. All rights reserved. - Contains proprietary and confidential information

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