Author: Ben Mullen, Cornell University
1. Pre-Analysis & Start-Up
4. Physics Setup
5. Numerical Solution
6. Numerical Results
7. Verification & Validation
This tutorial is not being updated any more. We recommend that you follow this newer tutorial on fluid-structure analysis of a wind turbine blade. Thank you!
For users of ANSYS 15.0, please check this link for procedures for turning on the Auto Constraint feature before creating sketches in DesignModeler.
Downloading and Importing Geometry
Right click here and select Save link as... to download the geometry file. Save the file somewhere convenient, like your desktop or a working folder. In the Project Schematic page, right click on Geometry and import the downloaded file.
Visualizing the Geometry
Next, we will open the file to generate the geometry. Double click the imported geometry Meter and then press OK . The wind blade geometry will be displayed in the graphics window in Design Modeler. The blue lines highlight the shape of the wind blade and the spar and the red line highlights five sections of the blade/spar. No further work is needed.to open the Design Modeler. When the Design Modeler opens, a pop up window will ask us for the default units of measurement for the geometry. Select
The original blade contained many geometric error when it was created in Solidworks. One major error was the connection between the wind blade and the spar. Thanks to Sean Harvey from ANSYS Inc., who has spent a great amount of work fixing the geometric errors on this wind blade.
Now that the geometry is imported and generated, we are ready to mesh the geometry.
Go to Step 3: Mesh