This article presents a finite element method for the design and analysis of wind turbine blades, focusing on structural integrity and aerodynamic performance.
The National Renewable Energy Laboratory provides an overview of wind turbine design, including the use of finite element methods for mechanical system optimization.
This research paper explores the application of finite element methods in the design and analysis of wind turbine gearboxes, highlighting key considerations and best practices.
OpenWind is an open-source tool for wind turbine design and simulation, featuring finite element analysis capabilities for mechanical system design and optimization.
This journal article discusses the use of finite element methods for the design and analysis of wind turbine foundations, focusing on soil-structure interaction and stability.
This online course covers the application of finite element methods in wind energy systems, including wind turbine design and analysis.
Altair Engineering provides an overview of wind turbine design using finite element methods, highlighting the benefits of simulation-driven design and optimization.
This academic paper presents a finite element modeling approach for wind turbine drivetrains, focusing on the analysis of dynamic behavior and fatigue life.