Typhoon deflection system for wind turbines

Nonlinear dynamic response analysis of 15 MW monopile

This study focuses on the National Renewable Energy Laboratory of America (NREL) 15 MW monopile offshore wind turbine dynamic responses under non-annular

Typhoon Resistance Analysis of Offshore Wind Turbines: A Review

These papers provide various instructive methods to model the transmission line and tower failures in typhoon scenarios, while the impacts of typhoons on offshore wind farms

On structural loads and responses of monopile offshore wind

This study examines the structural loads and responses of offshore wind turbines under actual typhoon conditions, focusing on the contributions of wind, wave, and storm surge,

On structural loads and responses of monopile offshore wind turbines

This study examines the structural loads and responses of offshore wind turbines under actual typhoon conditions, focusing on the contributions of wind, wave, and storm surge,

Dynamic response and fatigue damage analysis of offshore wind turbines

During the approach of a typhoon, wind speeds often exceed the wind turbine''s cut-out speed (25 m/s). To reduce the wind load and ensure structural safety, the turbine

Dynamic response and fatigue damage analysis of offshore wind

During the approach of a typhoon, wind speeds often exceed the wind turbine''s cut-out speed (25 m/s). To reduce the wind load and ensure structural safety, the turbine

Assessment of typhoon-induced wind and wave effects on fatigue

This study predicts the remaining service life of 2.1MW jacket-type Offshore Wind Turbine (OWT) towers, focusing on fatigue crack growth life (FCGL). Using one-way fluid

Typhoon multi-stage effects on coupled dynamic responses of a

The investigation focuses on the coupled effects of yaw error and wind-wave misalignment (WWM), and the impacts of the typhoon''s multi-stage evolution characteristics.

Nonlinear dynamic response analysis of 15 MW monopile offshore wind

This study focuses on the National Renewable Energy Laboratory of America (NREL) 15 MW monopile offshore wind turbine dynamic responses under non-annular

Wind Farm Design with 15 MW Floating Offshore Wind Turbines in Typhoon

This paper investigates the feasibility and optimization of a floating wind farm in a tropical cyclone (typhoon) region, using the IEA 15 MW turbine and semi-submersible floaters.

Typhoon Resistance Analysis of Offshore Wind Turbines: A

In this research, first, the main causes of wind turbine damage were analyzed based on the characteristics of a typhoon and a wind turbine structure for typical typhoon

Feasibility of typhoon models and wind power spectra on

Through combining this typhoon simulation method with Monte Carlo method, extreme and design wind speed in typhoon-prone regions can be conveniently predicted,

Wind Farm Design with 15 MW Floating Offshore

This paper investigates the feasibility and optimization of a floating wind farm in a tropical cyclone (typhoon) region, using the IEA 15

Typhoon Resistance Analysis of Offshore Wind

These papers provide various instructive methods to model the transmission line and tower failures in typhoon scenarios, while the

Typhoon Resistance Analysis of Offshore Wind

With this background, first, this study introduces the damage to the wind farms in China from typhoons. Second, the failure modes of each component of the wind turbine are analyzed