Flow360 Documentation
release-22.2.3.0
Table of Contents
1. Quick Start
1.1. Run CFD using Web UI: An example of ONERA M6 Wing
1.2. Run CFD using Python API: An example of ONERA M6 Wing
1.3. Run CFD using Automated Meshing and Web UI
1.4. Run CFD using Automated Meshing and Python API
1.5. Run CFD on a propeller: An example XV-15 rotor geometry
2. Capabilities
3. Preprocessing
4. Solver Configuration
5. Postprocessing
6. Python API Reference
7. Frequently Asked Questions
8. Case Studies
9. Tutorials
10. Conventions
11. Publications
12. Release Notes
Flow360 Documentation
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1.
Quick Start
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1.
Quick Start
1.1. Run CFD using Web UI: An example of ONERA M6 Wing
1.1.1. Get CFD results in two simple steps
1.1.2. Advanced Functions
1.1.2.1. Visualizing the Results:
1.1.2.2. Downloading the Results:
1.1.2.3. Fork a Case:
1.1.2.4. Deleting a Mesh/Case:
1.2. Run CFD using Python API: An example of ONERA M6 Wing
1.2.1. Upload the Mesh File
1.2.2. Run a Case
1.2.3. Deleting a Mesh/Case
1.2.4. Download the Results
1.2.5. Visualizing the Results
1.3. Run CFD using Automated Meshing and Web UI
1.3.1. Pre-processing:
1.3.2. Processing:
1.3.3. Post-processing:
1.4. Run CFD using Automated Meshing and Python API
1.4.1. Case Setup
1.4.2. Run a Case
1.4.3. Download the Results
1.4.4. Visualize Force Histories
1.5. Run CFD on a propeller: An example XV-15 rotor geometry
1.5.1. Uploading the mesh file for the XV-15 rotor
1.5.2. XV15 rotor case setup
1.5.2.1. Case inputs
1.5.3. Running and convergence checking
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v: release-22.2.3.0
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