By a case study on a new-generation 5MW ultra large wind turbine system, the finite element
model of the blade-nacelle-tower-foundation coupled structure with soil-structure interaction …

This study aimed to develop an approach to accurately predict the wind models and wind
effects of large wind turbines. The wind-induced vibration characteristics of a 5 MW tower …

An effective method to calculate aerodynamic loads and aeroelastic responses of large wind
turbine tower-blade coupled structures in yaw condition is proposed. By a case study on a 5 …

Herein, by a case study on a 5‐MW wind turbine system developed by Nanjing University of
Aeronautics and Astronautics, the wind field simulation and wind‐induced vibration …

The yaw and interference effects of blades affect aerodynamic performance of large wind
turbine system significantly, thus influencing wind-induced response and stability …

A multi-body and integrated model of wind turbine system consisting of rotor blade, nacelle,
tower and foundation is established. The wind turbine system with the consideration of soil …

Through establishing the aeroelastic coupling analysis model, both the influence of coupling
vibration between blades and tower of a wind turbine on the blade root loads and the …

With the increasing size of wind turbines, the aeroelastic phenomenon plays an essential
role in the safety of wind turbines. A fluid-structure interaction (FSI) analysis for wind turbine …

Most wind farms in China are inevitably built in earthquake-prone areas, and thus it is highly
possible that earthquake occurs when the wind turbine is working under the wind load. This …

To analyze wind-induced response characteristics of a wind turbine tower more accurately,
the blade-tower coupling effect was investigated. The mean wind velocity of the rotating …