This article reviews the current state of aerodynamic load calculation methods for vertical axis wind turbines, including double multiple streamtube theory and vortex methods.
The National Renewable Energy Laboratory provides an overview of vertical axis wind turbine design and analysis, including aerodynamic load calculation methods and tools.
This research paper presents a comprehensive review of the aerodynamic performance of vertical axis wind turbines, including load calculation methods and experimental results.
An open-source simulation tool for vertical axis wind turbines, allowing users to calculate aerodynamic loads and optimize turbine design.
This online course covers the fundamentals of wind energy engineering, including vertical axis wind turbine design and aerodynamic load calculation methods.
This article presents a study on the aerodynamic loads on vertical axis wind turbines, including the effects of blade pitch and yaw on load calculation methods.
The Massachusetts Institute of Technology provides an overview of vertical axis wind turbine aerodynamics, including load calculation methods and experimental research.
This research paper presents a design optimization methodology for vertical axis wind turbines, including aerodynamic load calculation methods and multi-objective optimization techniques.