... experts and scholars in various countries. (Wan and Cheng, 2017) social responsibility subsea system frequency wind turbine coefficient utilization coefficient sustainability wind energy amplitude aerodynamic coefficient energy utilization coefficient surge motion sustainable...

... social responsibility subsea system wave load wind turbine case 1 floater platform design wind energy surge motion wind load case 2 offshore wind turbine foundation lc1 simulation sustainability fowt sustainable development oo-star floater pitch motion dynamic response heave...

... turbine wind speed history sustainable development wind turbine barge-type platform natural frequency dynamic analysis ocean engineering surge motion time history Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022...

... a near-sinusoidal response in phase with the surge motion; and a dynamic approach which predicts considerable nonlinearity and a phase shift. INTRODUCTION In many places around the world, offshore wind has been proven to be a successful option in the transition towards renewable energy sources...

... et al., 2008). drilling equipment endurance limit surge motion drillstring design drill pipe selection mean drift drilling operation vessel motion amplitude artificial intelligence upstream oil & gas stress amplitude stick-slip vibration fatigue reliability assessment...

... rubber rope loose state coefficient elongation subsea system metals & mining mooring line wave excitation force surge motion lft mooring system catenary mooring sea area parametric study yaw motion water depth diameter calculation condition em1 motion response sway motion...

... of acceleration and displacement, imposed on Aiolida for several wave cases, are shown in Figs. 7 14. 647 Figure 7. Acceleration power spectrum of surge motion for incident Figure 11. Displacement power spectrum of surge motion and wave regular wave with Hs=0.03m s=1.00sec. spectrum of incident irregular wave...

... periodic variations with the increase in the amplitude of the Meanwhile, the VIV of riser existed longer intermittent period under the surge motion and the current velocity. The similar vortex shedding mode combination of current and top-end excitation. in the uniform flow is observed during vortex-induced...

... in this field. Besides, there exist inconsistent conclusions of whether these motions have been large effects on aerodynamics. A numerical simulation by Improved Delayed Detached Eddy Simulation (IDDES) was undertaken to investigate the aerodynamics of a model OFWT under surge motion in sinusoidal form...

... line surge motion mass matrix An Optimization for the Mooring System of a 10-MW Spar Type Floating Wind Turbine in Time Domain Jiyuan Men, Fasuo Yan, Qingwei Ma Deepwater Engineering Research Center, Harbin Engineering University Harbin, Heilongjiang, China ABSTRACT The design of the mooring...

.... wave energy experiment equilibrium surge motion limitation foil autonomous controller experimental study application kumar target position specification subsea system water depth initial design thrust force floater wavelength renewable energy model condition Initial Design...

... wave frequency surge motion response amplitude configuration wave condition heave motion time series chain weight interaction wave period clumpweight amplitude renewable energy wave energy converter midline float frequency time window Influence of Mooring Components on the Wave...

... ABSTRACT In the design phase of a floating offshore wind turbine(FOWT) need to consider impact of structure to aerodynamic, this article focuses on the surge motion of a full configuration wind turbine with the rotating blades, hub, nacelle, and tower. The wake flow of floating offshore wind...

..., which are the relations between the horizontal forces on the vessel and the horizontal displacement on surge motions. Experimental results noted as "EXP." are compared with numerical ones noted as "MOSES", showing good agreements. All the results have been converted to real ship scales. Fig. 9...

... on a global scale. The challenge is to develop floating wind turbine designs for deepwater offshore wind farm sites that will survive extreme environment events. spectrum experimental data full qtf renewable energy module experiment engineering participant surge motion time series duan wind...

...., 2014, ABS, 2014, API, 2010, DNV, 2009). fpso platform simulation time history investigation offshore technology conference cfd technology conference engineering subsea system tendon model test surge motion up-wave tendon dynamic tension tendon tension floating production system...

.... engineering offshore wave period central buoy anti-collision system natural period adjacent buoy subsea system motion component roll motion regular wave block line surge motion time series motion response buoy mooring system normal incident wave wave height yaw motion Investigation...

... vessel carrying the topside enters the jacket slot was tested. During the test, the vessel motion, line tensions, and fender forces were measured under various irregular wave headings i.e. head sea and beam sea. The relation between the vessel surge motion and line tension was investigated under head sea...

... platform wind energy subsea system sustainability frequency directionality effect operational condition hydrodynamic analysis mooring system motion response wind turbine sustainable development social responsibility renewable energy pitch motion surge motion wind turbine system...

... on the aerodynamic forces and moments of the rotor than the surge motion does. And the motion of the platform especially the pitch motion may bring very bad influence on the turbine forces and wake flow, even on the power generation in case of very severe pitch motion. Introduction As renewable and sustainable...