The National Renewable Energy Laboratory provides an overview of methods for calculating wind turbine structural loads, including the use of computational fluid dynamics and finite element analysis.
This research paper presents a review of methods for calculating structural loads on wind turbines, including the use of blade element momentum theory and aeroelastic simulations.
This course from the Massachusetts Institute of Technology covers the fundamentals of wind turbine loads and structural analysis, including the calculation of aerodynamic and inertial loads.
OpenFAST is an open-source tool for calculating wind turbine structural loads, providing a comprehensive framework for simulating the aerodynamic and structural behavior of wind turbines.
This article reviews current methods for calculating wind turbine structural loads, highlighting the advantages and limitations of different approaches and discussing future research directions.
The Technical University of Denmark provides an overview of wind turbine structural integrity and load calculation, including the use of advanced simulation tools and experimental validation.
This online course provides an introduction to wind turbine structural loads, covering the fundamentals of wind turbine design and operation, as well as methods for calculating structural loads.
The International Energy Agency provides guidelines for calculating wind turbine structural loads, including recommendations for load calculation, simulation, and testing.