2022.2
This section documents the usage of some of the utility scripts that are provided with Virtual Wind Tunnel.
Use python based automation to quickly setup Virtual Wind Tunnel simulations in batch mode.
Documentation of Virtual Wind Tunnel Python API.
Identify parts.
View new features for Virtual Wind Tunnel for ultraFluidX 2022.2.
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.
Set up your model for analysis.
Submit jobs and view reports.
Command line utilities require zero or more options in order to run. These options may be supplied on the command line or placed in one or more configuration files.
Post-processing utility that uses results from ultraFluidX to generate a PowerPoint or PDF report containing images and graphs of the results of the simulation.
Use basic Inspire API to load data.
Create a wind tunnel.
Create a turbulence generator.
Edit properties.
Create a heat exchanger component.
Create a set of wheels from selected parts.
Assign a part as a fan component.
Assign a part as a rotating fan component and automatically create an overset mesh volume.
Assign a part as an overset mesh volume and automatically identify parts inside as a rotating fan.
Create a belt system.
Create mesh refinement zones.
Define result output types.
Create a new fluid material.
Set output parameters.
Set simulation parameters.
Explore the best practices for ultraFluidX.
Explore the command line options and input file syntax for ultraFluidX.