The National Renewable Energy Laboratory provides software tools for wind turbine structural reliability analysis, including the Wind Turbine Reliability Collaborative.
This research paper presents a structural reliability analysis of wind turbines using finite element methods and probability theory, available for download.
Autodesk offers a range of software tools for wind turbine design and analysis, including Inventor and Simulation, to optimize structural reliability.
This article discusses the reliability analysis of wind turbines, including the use of software tools such as MATLAB and ANSYS, published in the Journal of Energies.
This video tutorial demonstrates how to perform a structural analysis of a wind turbine using the OpenFOAM software package.
This IEEE journal article discusses the use of structural health monitoring systems and software for wind turbine reliability analysis and maintenance.
Dassault Systèmes offers a range of simulation software tools, including Abaqus and SIMULIA, for wind turbine structural reliability analysis and design optimization.
This research project at Stanford University focuses on the development of reliability-based design optimization methods for wind turbines, using software tools such as Python and C++.