All notable changes to this project will be documented in this file.
- New example project based on NREL 5MW land based turbine (
examples/NREL_5MW_Land) - New example project based on NREL 5MW monopile turbine with HydroDyn and SubDyn (
examples/NREL_5MW_Monopile) - Ability to load existing results and Campbell diagram when selecting linearization folder
- Analysis: Add Copy feature for Analysis cases #3
- Results: Add button to visualize all operating points in line
- Evaluate: SttsTime sets itself to 6, ignoring user input #4
- Evaluate: Output defaults for OpenFAST #5
- Results: Screen going blank when swapping diagram points
- Results: Results tab breaking when visualizing last OP #2
- Model: "Model" tab doesn't work #6
- Model: SubDyn filename in generated .fst-file and name of SubDyn-file in folder not compatible #7
This release adds many features to ACDC
- Ability to customize Campbell Diagram
- Line labels
- Line colors
- Swap points between lines
- Filter non-structural modes (experimental)
- Visualize mode shapes for top, front, right-side, and isometric views of turbines
- Visualize path of nodes in mode shape animation to aid in mode identification
Initial alpha release of ACDC. This version has the following features:
- Create project
- Import OpenFAST model files
- Set recommended model defaults for performing linearization
- Configure analysis cases with wind speed, rotor speed, and blade pitch curve
- Generate operating points using spline interpolation of condition curve
- Run simulations and perform linearization at all operating points in parallel
- Import linearization files and perform multi-blade coordinate transform (MBC)
- Perform Eigenanalysis of transformed state matrix to get turbine natural frequency and damping
- Use modal assurance criteria (MAC) to connect modes across operating points
- Generate Campbell Diagram plot and display it to user
- Use spectral clustering to correct modes that transform across operating points