The following steps provide the basic workflow for using the Meshing application as part of an Ansys Workbench analysis (non-Fluid Flow). Refer to the Ansys Workbench help for detailed information about working in Ansys Workbench.
Select the appropriate template in the Toolbox, such as Static Structural. Double-click the template in the Toolbox, or drag it onto the Project Schematic.
If necessary, define appropriate engineering data for your analysis. Right-click the Engineering Data cell, and select
, or double-click the Engineering Data cell. The Engineering Data workspace appears, where you can add or edit material data as necessary.Attach geometry to your system or build new geometry. Right-click the Geometry cell and select
to attach an existing model or select or to launch the Ansys Discovery SpaceClaim or Ansys DesignModeler application, respectively.Access the Meshing application functionality. Right-click the Model cell and choose
. This step will launch the Ansys Mechanical application.Once you are in the Mechanical application, you can move between its components by highlighting the corresponding object in the Tree as needed. Select the Mesh object in the Tree to access Meshing application functionality and apply mesh controls.
Define loads and boundary conditions. Right-click the Setup cell and select
. The appropriate application for your selected analysis type will open (such as the Mechanical application). Set up your analysis using that application's tools and features.You can solve your analysis by issuing an Update, either from the data-integrated application you're using to set up your analysis, or from the Ansys Workbench GUI.
Review your analysis results.
Note: You should save your data periodically ( ). The data will be saved as a .wbpj file. Refer to the Ansys Workbench help for more information about project file management in Workbench.
For more information:
For information on identifying and correcting mesh failures, refer to Meshing: Troubleshooting.
For information about using the Ansys Meshing application to import or export mesh files, refer to Working with Legacy Mesh Data and Exporting Meshes or Faceted Geometry.
Fluids users of the Ansys DesignModeler, Ansys Meshing, and Ansys CFX applications should refer to Named Selections and Regions for Ansys CFX for important information about region definitions.
Fluids users of the Ansys DesignModeler, Ansys Meshing, and Ansys Fluent applications should refer to Fluent Mesh Export for important information about Named Selection support.