This article presents a multiphysics simulation approach for analyzing the behavior of wind turbine blades under various environmental conditions.
The National Renewable Energy Laboratory provides an overview of wind turbine blade design and simulation, including multiphysics modeling techniques.
This research paper explores the application of OpenFOAM for multiphysics modeling of wind turbine blades, focusing on fluid-structure interaction.
This tutorial demonstrates how to use Abaqus for simulating the behavior of wind turbine blades under various loading conditions, including multiphysics effects.
This course from MIT covers the fundamentals of wind energy and multiphysics simulation, including the design and analysis of wind turbine blades.
This book chapter discusses the application of multiphysics simulation for optimizing the design of wind turbine blades, including aerodynamic and structural considerations.
This video provides an introduction to multiphysics simulation of wind turbines, covering the basics of fluid-structure interaction and thermal effects.
This webinar explores the use of ANSYS for multiphysics simulation of wind turbine blades, including demonstration of the software's capabilities.