Outputs List#
Control what data is generated during and after simulation runs, including which flow variables are saved, where they are saved, and how frequently they are written to files.
Available Output Types#
Output Type |
Description |
Use Case |
|---|---|---|
Flow field data throughout the computational volume |
Visualizing 3D flow structures, vortex development |
|
Time-averaged flow field data throughout the volume |
Statistical analysis of unsteady flows |
|
Flow field data on geometry or volume mesh boundaries |
Analyzing surface forces, pressure distributions |
|
Time-averaged flow field data on surfaces |
Statistical analysis of surface phenomena |
|
Flow field data on user-defined slice planes |
Examining flow cross-sections |
|
Time-averaged flow field data on slice planes |
Statistical analysis on planes |
|
Flow field data monitoring during simulation |
Tracking convergence and flow properties |
|
Time-averaged monitoring data |
Statistical monitoring data |
|
Flow field data at specific points projected onto surfaces |
Point-specific surface data |
|
Surface integral of custom user variables on selected surfaces |
Integrated forces, torques, and custom derived quantities |
|
Flow field data on surfaces of constant variable value |
Visualization of vortices, shock waves |
|
Time-averaged flow field data on surfaces of constant variable value |
Statistical analysis of vortices, shock waves |
|
Data for aeroacoustic analysis at observer positions |
Noise prediction and analysis |
|
Streamline visualization data |
Visualization of 3D flow structures |
|
Time-averaged streamline visualization data |
Statistical analysis of flow structures |
|
Force and moment coefficient outputs with optional statistics |
Tracking aerodynamic performance, monitoring convergence |
|
Custom force and moment distribution along a specified direction |
Spanwise/chordwise loading analysis, directional force analysis |
|
Time-averaged custom force and moment distribution |
Statistical analysis of unsteady force distributions |
Additional Outputs Available Through Python API#
Output Type |
Description |
Use Case |
|---|---|---|
Flow field data on slices of surfaces |
Cross-sectional analysis of surface phenomena |
Reference Documentation#
Available Output Fields - Complete list of flow variables by output type
Scaling Values and Nondimensionalization - Reference values for converting to physical units
Output Formats - Supported file formats (ParaView, Tecplot, CSV)
For configuration details specific to each output type, see the individual output pages linked in the table above.
💡 Tips
Be selective with Output Fields to manage file sizes
Use Time-Averaged outputs for statistical analysis of unsteady flows
For large meshes, consider using Slice or Surface outputs instead of Volume outputs
For better performance, limit output frequency to necessary intervals
❓ Frequently Asked Questions
How can I visualize vortices in my flow?
Use Volume Output with Q-criterion field or create dedicated Isosurface Output of Q-criterion.
What’s the difference between Surface Output and Surface Probe Output?
Surface Output captures data across entire surfaces, while Surface Probe Output captures data at specific points on surfaces.
Can I save outputs in different formats?
Yes, you can choose between Paraview (.vtu, .vtp), Tecplot (.szplt), or both formats.