Blade Element Momentum (BEM) theory is the backbone of many industry-standard wind
turbine aerodynamic models. To be applied to a broader set of engineering problems, BEM …

Large-scale wind turbines offer higher power output but present design challenges as
increased blade flexibility affects aerodynamic performance and loading under varying …

In this work we present a coupled computational fluid dynamics and fluid-structure
interaction approach for simulating the dynamics of floating offshore wind turbines (FOWTs) …

This paper investigates the impact of rotor size on the structural displacements and loads of
large wind turbines during power production. The actuator line method is used in Large …

The aim of the work is studying the aeroelastic response of the 15 MW NREL-IEA large-
scale wind turbine using a high-fidelity fluid-structure interaction solver that combines large …