The National Renewable Energy Laboratory (NREL) uses finite element modeling to improve wind turbine design and performance. Learn more about our research.
This course covers the application of finite element methods to wind energy problems, including turbine blade design and wind farm simulation.
This paper presents a finite element analysis of wind turbine blades under various loading conditions, highlighting the importance of accurate modeling for optimal design.
Take this online course to learn the fundamentals of finite element modeling and its application to wind energy systems, including turbine design and simulation.
Watch this video tutorial to learn how to create finite element models of wind turbines and wind farms using popular software tools like ANSYS and OpenFOAM.
This article discusses the use of finite element modeling to optimize wind farm layout and performance, including the impact of turbine spacing and wake effects.
This conference paper presents a finite element modeling approach for simulating wind turbine behavior and optimizing wind farm performance, with a focus on reducing costs and increasing efficiency.
This journal article presents a detailed finite element analysis of wind turbine blades, including the effects of material properties, geometry, and loading conditions on blade performance and durability.