![]() ![]() What's the difference between deleting or deactivating a Facebook account? Please start a New Discussion in Multiphysics to ask your question about stress due to wind loading on this leaf plate, since this topic was on a meshing failure, which has been solved.If you're looking to delete social media altogether, you can check out our guides on how to delete Instagram, TikTok, Snapchat and Twitter as well. What is the velocity of the wind for which you want to design? What is the material for this leaf plate? What is your definition of critical for this leaf plate? What is your definition of optimum for this leaf plate? ![]() There are three angles in space, what about the other two angles? To measure the angle of this leaf plate, what feature on the leaf plate are you measuring from, what reference are you measuring to? What angle can the pole be relative to vertical? How is it attached? Is there a clamp? Adhesive? You need to add some images to explain where this leaf plate attaches to a pole. I have attached a Parasolid Version 24 (inside the zip file), which is supported in ANSYS 15, so that should read into ANSYS 16.0 that you are using, and also an ANSYS 15.0 project archive that you can restore in ANSYS 16.0 If you cut your solid in half in the CAD system, then there will be < 300 faces and you can create the midsurface in SpaceClaim or DM. You can then type 1.2 mm for the thickness of the surface in the Geometry branch. Once you have a midsurface, the meshing will be easily done after you type 10 mm for the Element Size in the Mesh Details window. I have attached a parasolid midsurface file created in NX11. What CAD system created this geometry? Some CAD systems can create midsufaces. DesignModeler and SpaceClaim can create midsurfaces but since you are you on a Student license, there is a 300 face limit, and this body has 438 faces, so it is beyond the limit allowed by the free Student license, so you can't use DesignModeler or SpaceClaim to generate the midsurface. Not the solid body, but the surfaces that are half way between the faces. What ANSYS needs for analysis is a midurface representation of this geometry. I now see why you are having problems meshing. ![]()
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