... water depth observation buoy chain length wave observation buoy system subsea system wave observation buoy observation buoy system chain diameter upstream oil & gas dynamic analysis buoy wave height wave condition mooring system dynamic magnification factor quasi-static...

...). Among these programs, FUNWAVE-TVD is widely used and relatively mature. However, the wavemaker in the FUNWAVE-TVD model and other open source programs can only generate homogeneous inlet waves. inhomogeneous inlet wave hirayama engineering water depth inhomogeneous wave boundary linear...

... caisson excavation depth flow rate caisson foundation local scour depth upstream oil & gas water depth scour pit open caisson maximum scour depth scour depth topography water flow foundation pit scour topography flow velocity sediment foundation caisson shape streamline...

.... The system consists of two subsea pipeline strings of more than 900 km each that cross the Black Sea through water depths of up to 2,200 m. Its large outer diameter of 32 inches makes it possible to transport a massive amount of 31.5 bcm natural gas per year from the Russian to the Turkish shore. A very...

... ABSTRACT Taking the Huangmaohai bridge as background, the open source platform was used to establish the models for calculating the wave forces on the pile group foundation. The research results show that the wave period, water depth and forward flow all have a significant influence on wave...

... romberg quadrature method calculation time panel method water depth free surface green function algorithm engineering newman velocity potential reservoir simulation wave-structure interaction problem program fluhan software wadam element method integration method ABSTRACT...

... ABSTRACT The development of mooring system in shallow water environment needs to adapt to the objective environmental conditions such as small water depth, large tidal range and high flow rate. The combination of mooring components such as buoy and clump weight with mooring lines can achieve...

... water depth motion spectra sea state wave spectrum spectrum heave wave frequency platform Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright © 2022 by the International Society of Offshore and Polar Engineers...

... platform. Under the different water depth of 100m, 150m, 200m, the time domain motion response calculation model of floating wind turbine platform was established, and the corresponding time-domain motion of wind turbine platform with six degrees of freedom and the mooring line tension were analyzed...

... coefficient water depth horizontal well geothermal gradient wellbore temperature profile wellbore temperature horizontal section openhole section drilling fluid ABSTRACT In deepwater drilling operations, natural gas may enter the wellbore from oil reservoirs. As the wellbore and pipelines...

... water depth underwater buoy 26 transportation module 10 communication module aquarium pressure-resistant shell armored cable 4 battery module thickness Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright ©...

... on the comfort of trestle construction environment. The research results show that parameters such as water depth, wave height and wind speed have a significant impact on the comfort of the trestle construction environment. Under the coupling effect of wind, wave and current, the construction environment...

... 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 In this paper, a description of physical model tests conducted on a newly designed 5-MW TLP Floating Offshore Wind Turbine (FOWT) scale model with failed tendon and its results, are presented. The TLP FOWT is designed for moderate water depths of 60 m. A scale factor of 1:50 is used...

... 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...

... airborne service base ocean spatial suitability analysis machine learning taiwan water depth entropy weight method offshore wind farm development ABSTRACT In Taiwan, it has set a target of 15 GW installed capacity for offshore wind energy in 10 years from 2026. The massive development...

... al., 2015), and T-type baffles (Wang et al., 2016). subsea system baffle engineering water depth amplitude tank diameter free surface ball diameter liquid tank foam ball foam layer fs 0 0 ocean engineering foam diameter mitigation effect wave height thickness experiment...

... are derived up to second-order accuracy. Using the method of separation of variables, the analytical solution and the dispersion relationship to the linear, first-order governing equation of flexural-gravity waves are obtained for constant water depth and uniform plate stiffness with periodic conditions...

... ABSTRACT Dynamic characteristics and wave attenuation mechanism of flexible vegetation is fundamental to ocean engineering and nature-based coastal defense solutions. Based on simulation results by the flexible vegetation dynamic model, relative water depth, wave height, wave period...

... estimation dataset glagah beach nearshore bathymetry estimation wavelength actual depth water depth radar image experiment depth estimation estimation result wave period bathymetry dispersion relation west java ABSTRACT This paper presents a depth inversion approach...