.... upstream oil & gas calculation global wave shape liquid europe government wave profile variation calculation case canada government scale 1 40 viscosity surface tension energy simulation potential energy energy transfer interface wave shape reference case mechanical energy...

... numerically by using the SPH (Smoothed Particle Hydrodynamics) open-source code DualSPHysics. The wave kinematics (i.e., wave profiles and wave run-up) and dynamics (i.e., wave impact pressures and forces), as well as the structural responses (i.e., platform motions and tension forces of mooring cables...

.... propagation equation steepness depth change frequency wave propagation reflection coefficient gravity wave wave profile wave amplitude skewness wave frequency kurtosis surface elevation efficiency conformal mapping method engineering Proceedings of the Thirty-second (2022) International...

... potential energy wave profile Proceedings of the Thirty-first (2021) International Ocean and Polar Engineering Conference www.isope.org Rhodes, Greece, June 20 25, 2021 Copyright © 2021 by the International Society of Offshore and Polar Engineers (ISOPE) ISBN 978-1-880653-82-1; ISSN 1098-6189...

.... The numerical results of the bow wave profile at different locations in the vicinity of the bow are compared to experiments to validate the two-phase flow solver. Further numerical analysis is performed for different inlet flow velocity to investigate the influence of Froude number on the shape of bow breaking...

... ABSTRACT Temporal and spatial impulse response functions of water waves are mathematically shown and it is suggested how to use them in order to accurately predict progressive waves profile in real-time. Combination of temporal and spatial wave profiles enables avoiding the causality problem...

... interaction hemispherical cylinder numerical simulation float motion focus wave profile upstream oil & gas boundary amplitude experiment surge empty tank heave in-house code wave interaction wave profile cylinder experimental data simulation subsea system Focused Wave Interaction...

... water depth wave profile rienecker step solution cosh water wave fourier coefficient reference depth regression analysis converge machine learning artificial intelligence wave limit numerically steepness complete solution approximation A regression analysis of progressing periodic...

... waves. resistance fluid dynamics wave breaking bow wave upstream oil & gas wave pattern vorticity reservoir simulation ship bow wave breaking air entrainment refinement experiment equation initial plunger grid scale breaking wave profile plunger free surface grid scheme...

... and the experimental results was analyzed to validate the accuracy of the squat prediction in CFD approach (P Mucha and G Deng, 2016). sinkage different water depth wave profile froude number numerical result water depth resistance coefficient ship squat numerical study shallow water total resistance...

... behaviour is observed on the deck under- side with wave breaking and air-trapping playing a role. For the studied wave profile, ICSPH pressure predictions are in good agreement with ex- perimental measurements with near-independence in particle resolution demonstrated at key pressure transducers. Numerical...

..., as described by Akhmediev, et al. (2009), that they ‘appear from nowhere and disappear without a trace’. Three commonly used approaches, NewWave, focusing wave and Peregrine breather, have been developed, incorporating above-mentioned features of rogue waves. engineering chabchoub wave profile...

... sustainability front wall renewable energy airflow velocity reflection coefficient wave profile sustainable development efficiency variation surface wave profile An Experimental Study of Hydrodynamics of an Improved OWC Converter Chun-Han Ko1, Ching-Piao Tsai1 Chia-Yu Chuang1, Ying-Chi Chen1...

... velocities of the spurious harmonic waves and the primary waves, the simulated waves with the first order wave-maker theory have an unstable wave profile. In this paper, a numerical wave flume with piston-type wave maker is established. The comparison of the surface elevation using first order and second...

... wave height free surface contour wave trough generate fpm method principal dimension dtmb 5415 calculation result wave profile resistance upstream oil & gas finite point method particle distribution fn 0 total resistance shahjada Finite Point Method for Analysis of Ship Speed...

... can be obtained by the fourth-order Runge-Kutta method for solving the ordinary differential equation under specified wave profile. The velocity and the corresponding displacement of the paddle of the wavemaker are shown in Fig. 3 for case of relative wave amplitude is 0.2 and the peak distance...

... and energy budget were obtained using the numerical model. wave flume amplitude runup reservoir simulation plane beach total energy solitary wave potential energy velocity field maximum runup wave profile time series vertical wall wave height kinetic energy numerical simulation double...

... generation method wave profile mass source computational domain analytic solution equation source region flow in porous media grid size simple wave generation method mass source function numerical simulation wave height velocity boundary condition navier-stoke equation correction factor...

... of the model was varied according to the wavelength studied. All models were at least 3 wavelengths long to capture the wave profile. The paddle was hinged at the same water level as the bottom of the beach. The beach was 8 m in length and 1.35 m in height, with 1.2 m submerged height. Both the paddle...

... ship ship behavior resistance grid equation history wave profile experimental data computation free surface vertical wall case upstream oil & gas hydrodynamic force numerical simulation experimental result wigley hull ship motion water area fr 0 heave Numerical Simulations...