Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.

Include Page
ANSYS Google Analytics
ANSYS Google Analytics
 
Include Page
Panel - Stepped Shaft in Axial Tension
Panel - Stepped Shaft in Axial Tension

Mesh

Once you have exited the modeling window,Close the Model Editor, then initiate the meshing process by clicking on Mesh in the workflow.

Set Mesh Size

In the Engineering Intent drop down menu select Structural, thermal or electric conduction and use a low mesh resolution setting on the slider. This will automatically adjust the mesh settings for our needs. Ensure that under Global Sizing, the Curvature option is being used for the size function method.

Uncheck the Use predefined settings to access a greater depth of control over the mesh. Under Global Sizing, change the Size function method to Curvature. Input 0.05 [in] as the Minimum size and set the Curvature normal angle to 5 [degrees].

Image Added

Under Objects select the Add drop down menu next to Mesh Controls, add an Element Shape control. Use the Body Selection tool to add the entire shaft volume as the Location and change the Shape to Hexahedrons.

Image Added

Under Objects, select the Add drop down menu next to Size Controls and add a Face Sizing. As the Location select either of the flat sides of the stepped shaft and input 0.2 [in] as the Element size.

Image AddedImage Removed

Generate Mesh

Click Generate Mesh under Output or at the top of the screen by the status window for Mesh, . AIM should detect you are ready to generate the mesh and highlight the buttons in blue. Below is an example of what the mesh should look like.

Image Added

 

Image Removed 

Go to Step 4: Physics Set-Up

Go to all ( ANSYS or FLUENT) AIM Learning Modules