AeroDyn V15.04: Design Tool for Wind and MHK Turbines

Abstract

AeroDyn is a time-domain wind and MHK turbine aerodynamics module that can be coupled into the FAST version 8 multi-physics engineering tool to enable aero-elastic simulation of horizontal-axis wind turbines. AeroDyn V15.04 has been updated to include a cavitation check for MHK turbines, and can be driven as a standalone code to compute wind turbine aerodynamic response uncoupled from FAST. Note that while AeroDyn has been updated to v15.04, FAST v8.16 has not yet been updated and still uses AeroDyn v15.03.

1 Resource

*downloads since 2019

Related Datasets

Datasets associated with the same DOE project

	Submission Name	Resources	Submitted	Status

Additional Info

DOE Project Name: Tidal device field measurement campaign to validate tools
DOE Project Number: FY14 AOP 1121
DOE Project Lead: Alison LaBonte

DOI: 10.15473/1415580
Last Updated: over a year ago

Apr

2017

Data from April, 2017
Submitted May 4, 2017

Contact

National Renewable Energy Laboratory

Status

Publicly accessible License

Authors

Robynne Murray
National Renewable Energy Laboratory

Greg Hayman
National Renewable Energy Laboratory

Jason Jonkman
National Renewable Energy Laboratory

Rick Damiani
National Renewable Energy Laboratory

Keywords

MHK, Marine, Hydrokinetic, energy, power, BEMT, design tool, performance, turbine, aero-elastic simulation, AeroDyn, wind, horizontal, axis, axial, aerodynamics, module, time-domain, aero-elastic, simulation, modeling, linearization, hydrodynamics, physics, FAST, engineering tool, framework, load, blade, tower, actuator line, 3D, flow, pressure, shear, stress, lift, drag, force, Python, Matlab, code, technology, current, ocean, river, design, tool, engineering, cavitation, V15.04, speed, tip-speed ratio, wind velocity, rotor, aerodynamic, skew angle, swept area, torque, thrust, coefficient

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