... reference role. sustainability sustainable development motion response optimization effect social responsibility wind energy case 7 irregular wave wind turbine subsea system water depth mean value amplitude case 8 china mooring system platform clump weight matrix time history curve...

... values of mean value and stan- reanalysis-datasets/era5. dard deviation are Two kind of analysis are performed: a) eld analysis, showing results µ3(y, m, ·, ·) = 1 Nm X(y, m, n, ·, (10) for the entire eld, and b) point analysis, showing results for 10 speci c Nm n=1 datapoints; see Fig. 1. In the same...

... reservoir simulation mean annual variability upper part current condition mean value variability inter-annual variability mediterranean sea cross-section northern ionian sea wind speed Proceedings of the Thirty-first (2021) International Ocean and Polar Engineering Conference www.isope.org...

... rudder experiment rbf mean value cfd climate change sustainability ship efficiency prediction amplitude torque thrust thrust fin propeller efd kvlcc2 Proceedings of the Thirty-first (2021) International Ocean and Polar Engineering Conference www.isope.org Rhodes, Greece, June 20 25...

... sites. wind energy wind turbine drivetrain drivetrain spar subsea system load case axial force turbine drivetrain response bachynski nacelle motion wind turbine model bearing load dynamic response renewable energy pitch motion mean value wind turbine standard deviation...

... al., 2012; Perez et al., 2017). ocean mean annual variability significant wave height reanalysis mean value satellite data climatology standard deviation dataset intercomparison corrcoeff stopa subregion mean monthly value monthly value quantile variability Intercomparison...

... dimple shape block shape wave-dissipating block experiment cross-section 1 transmission coefficient shape block flow velocity reynolds cross-section 2 round shape downstream side rounded shape block mean value coefficient formula turbulence Experimental Study of Wave-Dissipating Block...

... information marine transportation artificial intelligence mean value coefficient university Impact Scenario Models of Ship-bridge Collision Based on AIS Data Jin Pana, Yong Wanga , Ming Cai Xub,c a Department of Naval Architecture, Ocean and Structural Engineering, School of Transportation, Wuhan...

... states. Advanced blade element momentum theory was used to study the aerodynamics. It was found that the wind turbulence had little influence on the dynamic motion and structural responses, while it had a significant impact on power production. And the mean value of the dynamic responses of the platform...

... ABSTRACT A procedure is outlined for reliability-based calibration of the minimum confidence needed when estimating characteristic soil strength, defined as the mean value, with confidence for use in pile design. A reliability analysis of an example pile is carried out. Assuming perfect...

... ZLQG DQG ZDYH HQHUJ\ FRQYHUWHU LQ WZR WHVWLQJ IDFLOLWLHV 2FHDQ (QJLQHHULQJ 544 michailide mean value surge knm social responsibility renewable energy rotation wind energy functionality model torque wec2 ocean energy subsea system sustainable development sfc us government...

... use as a tool for the design and analysis of floating offshore wind systems. fairlead load signal renewable energy amplitude line load coefficient subsea system wave case mooring system orcaflex mean value regular wave case 1 module platform motion experiment drag coefficient...

... transverse ultimate strength stiffened panel freight & logistics services mean value biaxial load subsurface corrosion machine learning surrogate model *Corresponding author. A Study of Ultimate Strength for Container Ship Bottom Structures under Bi-axial Loads Considering Corrosion Effects...

... to investigate the global dynamic responses of the FVAWT, such as the platform motions, structural responses and mooring line tensions. It has been found that the wave-wind misalignment does not significantly affect the mean values of the global responses since the global responses are primarily wind-induced...

... as: 0.722,max 20.594 2.29 ln 1 exp 1 / lnSH N X (4) 3expPT X (5) 773 1/ 2 2 12 ln ln r W S TM X D (6) where N is the number of sea state of 3 hours duration in one year, and are mean value and standard deviation about Hs,max, S is the mean square...

... motion force 10 mean value force 9 model test jackup maximum tension prototype offshore wind condition barge mooring system upstream oil & gas yaw motion stiffness current-and-wind-only test A Wave Basin Model Test Study for a Jackup Moored on the Dock Lei Liu1, Hongtao Yuan2...

... for further developments of the FVAWTs. dynamic response turbulent wind variation rotor mean value wind energy wind turbine platform fvawt simulation semi fvawt fvawt concept renewable energy standard deviation fpso tlp fvawt tower base spar fvawt mooring system aerodynamic load...

.... practical application fracture mechanics reliability analysis crack growth prediction crack tip loading failure probability mean value information platform reliability probabilistic fracture mechanics hydraulic fracturing deterministic approach return period probability offshore structure...

...-6189 (Set) www.isope.org problem by the method of mathematical programming. In their work, the two criteria are the mean value and the standard variation of the performance function. Talanidis et al. (2011) discussed a versatile framework of optimal robust design for offshore energy conversion devices...

... simulation with the same random seed is carried out. Fig. 7: Mean value of surge, pitch and yaw of the FVAWT and the FHAWT in combined turbulent wind and irregular wave conditions. Because the linear potential theory is employed for considering the hydrodynamic loads on the floating wind turbines, the mean...