... ABSTRACT The purpose of this research is to study the pressure pulsation and structural characteristics of the tidal turbine based on bidirectional fluid-solid coupling at three different rotational speeds. The results indicate that the pressure pulsation increases as the increase...

... ABSTRACT Spar-type floating wind turbine foundations have been deployed successfully for deep-water offshore wind power generation using the conventional installation method involving horizontal wet-tow of the hull and a large floating crane vessel for lifting the wind turbine tower and rotor...

... ABSTRACT This article aims at proposing an effective methodology for investigating the dynamic response of a floating wind turbine under mooring line breakage in extreme sea loads. An aero-hydro-cable-servo numerical model of NREL 5 MW OC4-DeepCwind semi-submersible type floating wind turbine...

... subsea system time history barge line tension wind energy turbine lthm system lthm configuration wf load engineering configuration history shallow water stiffness fowt frequency load mooring system wind turbine water depth offshore wind turbine lf load ABSTRACT...

... ABSTRACT The offshore wind industry has experienced significant growth in recent years and continues to expand worldwide. There are a limited number of suitable shallow water sites available in offshore locations for countries currently active in offshore wind. Floating offshore wind turbine...

... modeling & simulation turbine numerical simulation fatigue damage wind turbine blade fatigue damage sustainability sustainable development wind speed sweetman time history wind field wind model social responsibility wind energy offshore wind turbine kurtosis non-gaussian...

... social responsibility wind turbine turbine wake inflow subsea system rotor power sustainability wind energy abl inflow sustainable development turbine amplitude surface roughness hub height platform motion wind turbine blade boundary condition inflow wind condition fowt...

... sustainable development turbine fowt social responsibility subsea system sustainability wind energy simulation offshore wind turbine wind turbine platform module coefficient wave force jonkman foundation semi-submersible fowt european wind energy association displacement...

... ABSTRACT Floating wind turbine technology has become mature in recent years, it tends to be large-scale and deep-water deployment. Nowadays floating wind turbines are mainly semi-submersible platforms that are sensitive to the change of water depth and are mostly designed in deep water over...

... ABSTRACT IEC61400-3-2 shows the conditions for safety assessment of FOWT (Floating Offshore Wind Turbines), DLC (Design Load Case). DLC is comprehensively defined for FOWTs, and designers are required to perform safety assessment for all DLC. However, mooring designers are required to design...

... ABSTRACT Wake redirection via active yaw control is a promising strategy to improve the whole wind farm performance. To successfully apply such an operational control in the real-world engineering, it is necessary to have a precise knowledge of the yawed turbines and their wakes...

... ABSTRACT Wind farms are typically composed of a single model of turbine with identical hub heights. The wind field behind the turbine in a wind farm has a lower mean wind speed and a greater turbulence intensity than the ambient wind field. As turbines get larger in size, the impact of wake...

... turbine blade. Also, the multivariate coherent effect-based wind loads can be evaluated simultaneously in both rotating and non-rotating regions. INTRODUCTION As an important strategic resource, offshore wind energy has attracted extensive attention and become an indispensable energy component...

... ABSTRACT The floating wind turbine platform will have violent oscillatory motion under bad sea conditions, which will affect the aerodynamic characteristics of the tower, especially the wind turbine blades. How to use the dynamic boundary method to simulate the oscillatory motion...

... sustainability artificial intelligence offshore projects planning and execution passive control social responsibility wind energy active control platform equation tmd parameter offshore wind turbine coefficient sustainable development turbine damper vibration wind turbine model...

... ABSTRACT In order to improve the reliability of mooring system of floating wind turbine under extreme sea conditions, a constant tension mooring system was proposed in this paper. In extreme sea conditions, when the mooring force reaches the set value, the mooring system automatically releases...

... ABSTRACT Vertical Axial Wind Turbine (VAWT) has advantages to utilize wind energy at vertical wind section and to adapt changeful wind direction so that VAWT becomes latest wind turbine type for deep-open sea. In order to discuss load characteristics of floating VAWT caused by coupling...

... ABSTRACT Offshore wind energy continues to be a key technology towards the generation of electricity from renewable energies. Turbine dimensions are becoming larger and larger, and the turbines are installed at greater distances from the coast and in deeper waters. This leads to more and more...

... reservoir simulation wind energy platform design turbine sustainable development monopile foundation social responsibility subsea system catamaran sustainability wind turbine offshore projects planning and execution offshore wind turbine gripper turbine assembly installation...

... sustainability passenger transportation thermal buoyancy engine pcm air transportation sustainable development engine bemt hydrodynamic performance geometry turbine buoyancy engine underwater glider coefficient thermal energy mechanism blade element turbine geometry social...