... depends on the amplitudes of the individual reflected and transmitted waves and the associated energy transfer rates. Four removable singularities and a jump discontinuity are observed in the reflection and transmission coefficients due to wave blocking. Besides, irregular behavior in the plate deflection...

... to Mahdy et.al 2024). sustainability frequency hydrodynamic performance irregular wave sustainable development cylindrical owc device wave energy converter incidence owc device incident wave social responsibility engineering water chamber pressure drop wavemaker amplitude spectrum...

... amplitudes of 10 and 15 degrees at two reduced frequency values are studied along with a phase difference in their pitching motion. A single-phase Unsteady Reynolds Averaged Navier Stokes (URANS) solver is selected to capture the physics of the problem with laminar flow assumption. Moving foil boundaries...

... on the small-amplitude water wave theory in water of finite depth, using the Sollitt and Cross model (1972) for wave motion within the porous structure. Using a constant boundary-element method based numerical technique, the corresponding boundary value problem's solutions are achieved numerically...

... numerical result propulsion performance ship nominal wake model ship upstream oil & gas encounter wave reservoir characterization vertical motion medium wave resistance ship motion amplitude axial velocity propeller radius efficiency calm water propeller plane Numerical Investigation...

.... The valve-pump system is proved to produce the surge wave precisely and delicately. The superimposition appears that the solitary waves ride on the surge wave. The surge wave acts as the deeper water for the solitary wave to propagate, which affects the amplitude of solitary waves. In the present study, two...

... prediction, especially in complex conditions such as multidirectional irregular waves. In this paper, the nonlinear yawing of the barge with internal turret mooring systems in bidirectional and bichromatic waves was investigated by a second-order time-domain method. The results indicate that large-amplitude...

... over a submerged ridge, laboratory experiments by using plunging wavemaker are run in the study. Laboratory results reveal that the amplitude of SWs decreases as the fluid changes from homogeneous into stratified. At the slow wavemaker speed, the wave period of SWs has a significant decrease when...

... ABSTRACT The overtaking interaction of the double solitary waves over a plane slope is studied experimentally. The slope of the plane beach is 1:20. For the cases of the double solitary waves of different amplitude ratios and different relative wave crest distances, the time series...

... ABSTRACT In this study, the analysis of 2DOF (2 Degree Of Freedom) motion and added resistance of a ship in regular head waves is carried out using RANS (Reynolds Averaged Navier-Stokes) approach. In order to improve the accuracy for large amplitude motions, the dynamic overset scheme...

... that the floating foam layer can efficiently damp the free surface oscillations and reduce the pressure amplitude in a tank. Higher-order frequency components of the hydrodynamic pressure in the tank gradually vanishes as the foam thickness increases. Considering the economy in practice, the thickness of the foam...

... transportation calculation wavelength drag force freight & logistics services amplitude ocean engineering overset region experiment short wavelength base mesh size free surface ship engineering lng carrier resistance CFD Application for Prediction of Ship Added Resistance in Waves Byung...

... significance for the design of platforms. subsea system fpso reservoir simulation semi-submersible platform force coefficient column corner radius increase amplitude column rounded ratio numerical simulation vortex-induced motion corner radius circular column floating production system...

... lateral surfaces of the cylinder, exciting time-dependent hydrodynamic forces on the cylinder and hence the vibration. Lock-on phenomenon occurs when the vortex shedding frequency matches the natural frequency of the structure, resulting in larger amplitude response. More hydrokinetic energy is extracted...

... displacement vibration small cylinder equation upstream oil & gas cylinder zhao lift coefficient amplitude diameter different diameter simulation single cylinder vortex-induced vibration frequency viv stationary cylinder Vortex-induced vibration of side-by-side dual cylinders...

... numerical simulation oppositely resonance subsea system numerical result narrow gap amplitude barge experimental data resonant wave height roll motion twin oppositely resonant frequency model test incident wave fluid modeling upstream oil & gas gap resonance fpso floating...

... of dolphins kick by numerical simulation, which used the FLUENT software solver and UDF dynamic mesh to simulate the dolphin during it is swimming. Three types of peak-to-peak tail motion amplitudes and frequencies are chosen to simulate. The simulation results of the thrust generated by dolphin fluke motion...

... simulated the vortex shedding from a square cylinder using finite volume method and summarized that the vortex shedding frequency is half of the force frequency because of the secondary vortex, which is generated by the oscillating inlet velocity with large amplitude. The latter studied the oscillatory flow...

... and the roll damping is 21.12% larger than that. The variation of hull surface pressure and vortices shedding induced by the roll decay motion in a period are also studied. Introduction Based on assumptions of small amplitude motions and potential flow, potential theory has been well developed...

... is still incomplete. numerical model seabed response nonlinearity linear wave porous seabed response amplitude wave skewness instantaneous distribution asymmetric wave zhang upstream oil & gas wave asymmetry pore pressure time series vertical profile wave-induced porous seabed...