2023
Manage CAD, FE, and 2D parametric sketch geometry.
Create, edit, and cleanup geometry.
Explore the tools used to edit geometry.
View new features for HyperMesh CFD 2023.
Learn the basics and discover the workspace.
Discover HyperMesh CFD functionality with interactive tutorials and community resources.
Solution-centric workflows allow you to traverse through modeling environments using a dedicated UI layer.
Create, open, import, and save models.
Use the Convert tool to convert entire models between data types.
Create and edit 2D parametric sketch geometry.
Review geometric errors in the model's surfaces and solids and fix any defects.
Explore the tools used to create geometry.
Use the Split tools to create fixed points and split surfaces or solids using a variety of methods.
Use the Stitch tool to stitch and unstitch adjacent or overlapping surfaces, and suppress or unsuppress edges.
Use the Imprint tool to imprint geometry onto target surfaces or lines, thus creating new fixed points or edges.
Use the Drag/Spin tool to push or pull surfaces and spin lines and surfaces in order to creates surfaces or solids.
Use the Boolean tool to combine solids, subtract one solid from another, and find the intersection out of the solids.
Separate solids that are connected at a shared interface.
Use the Plug tool to find and fill cavities. The Plug tool can also be used to remove protrusions, holes, and complex features.
Use the Scale tool to resize geometry in your model.
Use the Mirror tool to mirror/reflect selected entities across a symmetry plane.
Merge two or more solids or surfaces. Solids are merged by removing shared faces while surfaces are merged by suppressing shared edges.
Clean up problematic areas on geometry.
Work with discrete geometry like FE Geometry and floating elements.
Create, organize and manage parts and subsystems.
Generate surface/volume mesh by defining mesh controls, or interactively create and edit 2D surface mesh.
Prepare your model and run the simulation.
Post-process the simulation results by creating visualizations and measurements.
Automate simulation processes with templates and utility scripts.
Once the baseline model is prepared, you can define morph volumes, morph geometry, create design shapes and run DOE studies. These tool work for both AcuSolve and ultraFluidX-based workflows.
More resources for AcuSolve and ultraFluidX solvers.
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