The National Renewable Energy Laboratory provides an overview of wind turbine load calculation methods, including the use of software tools such as FAST and OpenFAST.
The Technical University of Denmark offers a range of software tools for wind turbine load calculation, including HAWC2 and Flex5, as part of their wind energy research program.
This article provides an introduction to wind turbine load calculation, including the importance of accurate load calculation for turbine design and operation, and reviews commercial software options.
DNV's Bladed software is a comprehensive tool for wind turbine design, including load calculation, and is used by industry professionals for turbine design, testing, and certification.
This video tutorial demonstrates how to use the OpenFAST software tool for wind turbine load calculation, covering the basics of turbine modeling and simulation.
The Fraunhofer Institute for Wind Energy Systems provides guidance on load calculation for wind turbines, including the use of software tools and methods for reducing uncertainty in load predictions.
This article discusses the importance of accurate load calculation for wind turbine certification, and reviews the use of software tools such as Bladed and OpenFAST for load calculation and certification purposes.
This article compares and reviews commercial software options for wind turbine load calculation, including Bladed, OpenFAST, and HAWC2, and discusses the advantages and limitations of each tool.