... hydrofoil dynamic model glider body modeling & simulation subsea system uwg longitudinal profile generalized force sea condition wave glider equation mechanism wave height horizontal velocity float and glider potential energy Proceedings of the Thirty-fifth (2025) International Ocean...

... production control coefficient morison formula horizontal velocity 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 (ISOPE) ISBN 978-1-880653-81-4...

... characterization freshwater average velocity changjiang estuary run 1 groin dispersion region flume front view sediment horizontal velocity motion characteristic Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright ©...

...))F, cles apply velocity, surface height and pressure. For relaxation particles, (18) we apply the horizontal velocity and use a relaxation function to ensure a smooth transition. The properties of the uid particles are obtained The pressure or velocity of open particles can be inferred from...

... with a gentle slope. Fujiwara et al. (2004) investigated the deformation of composite brakewater mound. countermeasure horizontal velocity construction deformation simulation rubble mound seawall discrete element method experiment wave height crown height calculation incident wave wire net...

...-dimensional cfd calculation equation calculation leg position cylindrical jack-up leg grid size horizontal velocity vertical cylinder cylinder engineering jack-up leg free surface elevation reservoir characterization Using CFD to Predict the Breaking Wave Forces on Cylindrical Jack-up Legs...

... spectrum crest height free surface rbw wave steepness bandwidth artificial intelligence horizontal velocity wave height significant wave height wave tank peregrine breather different approach wave generation rogue wave On Differences of Rogue Waves Modeled by Three Approaches in Numerical...

..., from the trough level into the wave boundary layer, intense, intermittent turbulent events exist that did not occur with the passing of each wave, while the instantaneous velocity fluctuations were of the same magnitude as the phase-averaged horizontal velocity. Huang et al. (2009) performed...

... numerical simulation reservoir simulation water surface elevation gauge horizontal velocity equation surface elevation openfoam variation wave propagation breaking point experiment breaker turbulent kinetic energy numerical result upstream oil & gas elevation undertow time...

... term since there is no flow on vertical direction then velocity w on z direction results. Similar, the acceler- ation field in x direction results from Eq. 11 using the expressions of partial derivatives for horizontal velocity in x - Eq. 12 and z - Eq. 13 directions. The acceleration in z direction dw...

... wave period horizontal velocity wave-current interaction simulation numerical simulation reservoir simulation experimental data upstream oil & gas experiment water surface basin numerical result interaction laboratory experiment laboratory basin velocity profile surface...

... from the vertical distribution of horizontal velocity in STOC-IC (3D model). For the boundary condition of 3D model at the interface, there is no considering of vertical distribution of horizontal flow velocity in STOC; the horizontal flow velocity means both of orthogonal and parallel components...

... migration university horizontal velocity sediment transport regular wave vorticity effect boussinesq model Dae-Hong Kim Department of Civil Engineering, University of Seoul Seoul, Korea Sangyoung Son Department of Civil and Environmental Engineering, University of Ulsan Ulsan, Korea...

.... Based on the above research, Lu and Liao (2006) and Zhang et al. (2009) provided further insight on the understanding of dynamics response of flapping foil. dynamic response tmean mass ratio non-sinusoidal kinematic motion horizontal velocity flow field mesh variation frequency non...

... and strong stratified layer parallel to the bottom. The horizontal velocity shown in Fig. 7(b) indicates that the horizontal velocity at the head keeps value around 0.6 in spite of the mixing there. Above the following stratified layer, the light fluid has a positive value of the horizontal velocity...

... front velocity cross sectional velocity green water prediction velocity measurement model structure dam-break flow velocimetry horizontal velocity Validation of Applicability of Dam-Break Flow to Green Water Prediction Kuang-An Chang and Richard Mercier Zachry Department of Civil Engineering...

.... chang momentum image velocimetry velocity field prediction laboratory study subsea system velocity profile aerated region velocity measurement biv technique green water maximum horizontal velocity green water velocity measurement tank upstream oil & gas horizontal momentum...

..., forces and torques are analyzed. The maximal horizontal velocity, force and torque are computed and compared. INTRODUCTION Stokes wave at the free surface of a fluid is an interesting phenomenon studied since the famous work of Stokes (1847). Wu (2001) did an exhaustive review on such problem...

... wave theory fundamental peak 1st test 3 absolute error test 1 artificial intelligence gudmestad mean absolute error horizontal velocity Paper No. 2006-JSC-200 De Serio On Some Models of Regular Waves Kinematics Francesca De Serioa and Michele Mossab a Technical University of Bari (Italy...

... of the wave, while the maximum horizontal velocity above the deck is less than the phase speed. It was also found that the dam breaking solution does not work well in predicting the greenwater velocity. INTRODUCTION It is well known that extreme waves have caused significant damages to offshore structures...