... to investigate the applicability as a simpler and low-cost alternative for application during pre-design stages. INTRODUCTION The advantages of floating offshore wind turbines (FOWT) regarding the exploitation of wind resources in deeper water are well-known to the date. The increase on floating offshore...

... ABSTRACT In Part II, we introduce the safety examination and platform optimization studies for the floating offshore wind turbine (FOWT) employed in the Wanning project. The safety examination of the FOWT is firstly conducted, which includes the generation of extreme waves using an integrated...

... wind turbine (FOWT) are numerically investigated by two parts. The Part I presents the aero-hydro-elastic behaviors of FOWT, the component-level studies begin with an exploration of the aerodynamics of wind turbine, and followed by the hydrodynamics of floating platform (includes the simulations...

... ABSTRACT Offshore wind energy has gained traction in supplying power to onshore and offshore activities. For floating offshore wind turbines (FOWTs) and fish farms co-located in deep-water areas, it is interesting to optimize their mooring systems with minimal material cost and environmental...

... social responsibility deep learning prediction subsea system sustainability artificial intelligence forecasting mechanism fowt self-attention mechanism offshore wind turbine machine learning platform vector neural network sustainable development dependency sa-lstm semi...

... ABSTRACT In this paper, software-based monitoring system of mooring tension in Floating Offshore Wind Turbine (FOWT) is studied. Long-short-term memory (LSTM) model, which is one of the neural networks (NN), is used as a prediction model to monitor the top tension of the mooring line. Training...

... ABSTRACT This study presents a blade fatigue damage analysis method applicable to floating offshore wind turbines (FOWT) combining a numerical simulation of the turbine with finite element analysis (FEA) of the blade. The primary focus is on blade fatigue damage of FOWTs caused by extreme wind...

... studied the performance of a steel semi-submersible Floating offshore wind turbine (FOWT) under steady wind and turbulent wind respectively. An OPENFAST software is used to conduct the time domain analysis. Results show the motion and mooring tension response of the FOWT based on the combination of steady...

... ABSTRACT In this work, the impact of current, wave and coupled of the two conditions on a floating offshore wind turbine (FOWT) has been investigated by studying the aerodynamic force under various sea states. An engineering tool is adopted in the study to assess the performance...

... of the mooring line of the remaining 75%. KEYWORDS: IEA 15MW wind turbine; mooring systems; design optimization, Kriging model, ANN model, polynomial response surface model. INTRODUCTION In recent years, with the advancement of floating offshore wind turbine (FOWT) technology, the demands on mooring systems...

... in this paper offer valuable guidance for the early-stage planning of port development. KEY WORDS: Floating Offshore Wind Turbines; FOWT; Wind Farm; Port Development; Manufacturing and Staging INTRODUCTION Due to the growing concerns of global warming and climate change, the need for decarbonization and energy...

... ABSTRACT To improve the computational efficiency of the time-domain fatigue check methods, this paper proposes the fast time-domain fatigue check method for floating offshore wind turbines (FOWT) based on the isolation body method and the stress transfer factor method. The isolation body...

... effects on marine ecosystems, but also catch more stable and expectable wind resources. As fixed-type offshore wind turbines cannot be applied in deep water due to economic issues, floating offshore wind turbines (FOWTs) equipped with a mooring system surfaced in the wind energy industry. To analyze...

... behaviors and wake characteristics of FOWT. By comparing the results between calm sea and moving sea cases, we find that the wind speed of ABL wind field is increased with presence of moving wave, leading to an increase of 73% in power of FOWT. The thrust of FOWT is also increased, enhancing the blade-tip...

... for a Semi-Submersible Type FOWT with Various Sea States JinWuk Hong, Moonkyu Park, Joongsoo Moon Load & Response Research Department, HD Hyundai Heavy Industries Gyeonggi, South Korea ABSTRACT. Calibrating numerical models of global performance to model tests is important in Floating Offshore Wind Turbine...

... Engineering Co. Ltd., Tianjin, China *Corresponding Author ABSTRACT Faced with the complex and realistic marine environments, the hydrodynamic and aerodynamic response of floating offshore wind turbine (FOWT) exhibits strong variations. In this paper, based on the computational fluid dynamic method, adopt...

... ABSTRACT The aim of this work is to extend the hydrodynamics analysis carried out in the 1st FOWT Comparative Study with the non-linear interaction under different current loadings (in magnitude and direction) to provide recommendations about the spacing between floating offshore wind turbines...

... ABSTRACT Selecting the optimal floating offshore wind turbine (FOWT) concept is a complex challenge that is contingent upon balancing design intricacies with varying environmental conditions. This study employs a Design for X framework to navigate this multifaceted decision-making process...

... sustainability artificial intelligence platform asia government sub-sea system mesh technique equation china government wind energy social responsibility sustainable development wind turbine offshore wind turbine ocean engineering simulation fowt semi-submersible platform...

... ABSTRACT An IEA 15MW semi-submersible FOWT in focused waves is investigated by using a consistent second-order hydrodynamic model in the time domain, uniquely formulated in the body-fixed coordinate system (BFCS). The quadratic drag loads on the cross sections along the horizontal pontoons...