Collection of Matlab tools developed for use with OpenFAST

Controllers designed to the 5MW NREL wind turbine using Simulink and Fast V8

SOWFA - OpenFAST installation notes

Couples the wind energy engineering tool OpenFAST to CFD solvers via the coupling library preCICE

Open source implementation of the legacy GHBladed external controller interface.

Real-time monitoring and visualization tool for OpenFAST simulations. Dynamically plots wind turbine parameters (wind speed, pitch angles, loads, etc.) from .out files, either during live simulations or for post-processing analysis. Eliminates manual Excel charting and handles thousands of data points automatically.

CSF models non-prismatic members through (1) continuous interpolation between polygonal cross-sections and (2) per-polygon longitudinal participation fields: w(z) for axial/bending properties and shear_w(z) for shear/torsional properties.

This project facilitates the execution and management of OpenFAST simulations by dynamically updating input files, running simulations, and organizing outputs for Design Load Cases.

Op^3 (OptumGX-OpenSeesPy-OpenFAST) integrated numerical modeling framework for offshore wind turbines. 11 examples (NREL 5MW + IEA 15MW + Gunsan + 4 isolation tests + 2 jackets), 33/33 analyses passing, fully open-source path with industry-standard 6x6 stiffness formulas (DNV, ISO, API, OWA).

Modern Python package for IECWind-style IEC wind condition generation for OpenFAST InflowWind

Runs multiple OpenFAST DLC simulations sequentially as a campaign

Code and minimal data to reproduce LSTM surrogate for OC3 spar motions & mooring tensions under short-crested seas (DOI)

Python finite-element library for wind turbine blade and tower modal analysis (OpenFAST/ElastoDyn)