2022.3
Set up your model for analysis.
Use the Ride Height tool to adjust the heave, pitch, and roll of the model.
View new features for Virtual Wind Tunnel for ultraFluidX 2022.3.
Learn the basics and discover the workspace.
Discover Virtual Wind Tunnel for ultraFluidX functionality with interactive tutorials.
Create, open, import, and save models.
Create and modify sketch curves, PolyNURBS, surfaces, and solids.
Manage the parts and assemblies that make up your model.
You can change the unit system using the Unit System Selector or the Preferences. When importing "discrete mesh" files (.stl, .nas, .fem) with unspecified units, select the model unit in the Import Options dialog.
Use the Systems tool to define local coordinate systems and translate the parts needed to align the model.
Use the Edit Tunnel tool to define the size of the wind tunnel.
Use the Turbulence tool to generate turbulence source regions.
Use the Move tool to position the car inside of the wind tunnel.
Use the Identify Parts tool to define types of parts like wheels, heat exchangers or body panels, which require specific modeling techniques for the CFD run.
Baffles are used to model very thin walls, for example sheet metal parts. In the numerical surface mesh model, baffles are represented by shell elements, which have fluid volume on both sides.
By default, parts have Wall Model properties associated with it.
Use the Normals tool to identify and correct the surface normal directions on parts.
Use the Mesh Controls tool to define regions with a user-defined volume element size.
Use the Material tool to define a fluid material for the wind tunnel.
Use the Belt System tool to model a belt system.
Use the Output tool to create output controls.
Submit jobs and view reports.
This section documents the usage of some of the utility scripts that are provided with Virtual Wind Tunnel.
Explore the best practices for ultraFluidX.
Explore the command line options and input file syntax for ultraFluidX.