.... The procedure for predicting wave elevation and body displacement is as follows. The free surface elevation at a body can be predicted by applying a convolution integral to the measured wave data and the impulse response function of water waves. Utilizing another convolution integral between this wave data...

... in synthetic environments. Dynamics simulations of the Floating Production Storage and Offloading (FPSO) vessel were performed under varying sea conditions to acquire wave elevation in space and ship motion data. Realistic synthetic images as well as inputs and outputs, captured by dual cameras, were generated...

..., the ship flow field (free-surface wave elevation and hull surface pressure) learning considering ship speed and shape parameters is constructed to realize the quick prediction of ship calm-water flow field in a large speed range. INTRODUCTION For the hull form optimization problem, if the number...

...., 2023). optimization problem sustainability artificial intelligence sustainable development platform design correspond procedure offshore projects planning and execution tank rcw journal extreme response reproduction prediction experiment elevation social responsibility response...

... Taken-Off (PTO) unit effects, a quadratic pneumatic damping term is incorporated into the simulations. The accuracy of the HOBEM is validated via comparison with experimental data. The numerical results for the wave pressure and surface-elevation inside the air chamber are in good agreement...

... in configuration (Yue et al., 2011). Additional fatigue damage contribution could come from the wet-storage phase for SLWRs after they are pre-laid on the seabed prior to FPU hookup and before final pull-in stage. Depending on the wet-storage configuration of the SLWR and elevation of the hog bend section...

... that there is agreement between the data of the LiDAR instruments and the wave gauges, especially when detecting the surface elevation when breaking is initiated. However, in the absence of wave breaking, the data containing measured surface elevations is sparse. This is because the surface is nearly non-detectable, due...

... wave heights, were conducted (Peng, 2018). Empirical formulae for free surface elevations of each solitary wave 2394 were regressed, but the formulae lacked backing from mathematical derivations like Boussinesq equations and physical interpretations. Therefore, in this paper and in a one-dimensional...

... calculations. As a method for simulating non-linear irregular seas, the Higher-Order Spectral Method, HOSM (Dommermuth & Yue, 1987) and (West, et al., 1987), has in recent years been successfully applied in the industry. The method can efficiently simulate time series of surface elevation and wave...

... the Laplace equation. The boundary value problem is formulated with non-penetrable wall, kinematics, and dynamic free surface conditions, and it can be described as follows, = 0 in = 0 on = on (1) = on where denotes the fluid domain, is the normal vector to the surface, the wave elevation...

... conducts a numerical simulation study based on computational fluid dynamics (CFD) on the sloshing and fluid exchange issues in the roll motion of free-flooding ships' liquid tank. By simulating the forced roll motion of a square tank with an opening, the liquid elevation at a fixed position in the tank...

... equation eddy simulation wedge fluctuation hydro3d-nwt fluid dynamics triangular wedge fluid structure interaction navier-stoke equation elevation interaction experiment tank stoesser viscosity accuracy Proceedings of the Thirty-fourth (2024) International Ocean and Polar Engineering...

... steepness hust-ship propagate numerical tank engineering journal grid method tank diff accuracy wavelength simulation equation in-house viscous solver hust-ship elevation value Proceedings of the Thirty-fourth (2024) International Ocean and Polar Engineering Conference Rhodes...

... of large wave events in both infinite and finite water depths via extensive fully nonlinear numerical simulations (HOS-Ocean, Ducrozet et al., 2016). The shape of large waves varies both in crest elevation (Katsardi and Swan, 2011; 2015) and in crest width (Adcock et al., 2015; Spiliotopoulos and Katsardi...

... ABSTRACT The paper deals with the parametric analysis and evaluation of the exciting wave forces and wave elevation, acting on an array of vertical truncated cylinders, placed in front of an orthogonal vertical wall of three different forms: a) I-type, b) V-type and c) C-type. Linear potential...

... vegetation wave absorption reservoir characterization vegetation seepage gradient amplitude rigid vegetation geology absorption experiment attenuation china coastal engineering influence elevation soil bed response university Proceedings of the Thirty-fourth (2024) International Ocean...

...-purpose coupling library. reservoir simulation solver flexible membrane upstream oil & gas membrane elevation sustainability sustainable development focus location social responsibility fluid force tank shock force excitement parasif displacement mesh force excitement...

... trunnion receptacle protection frame old riser clearance installation new riser operation topside arrangement clamp receptacle clamp elevation platform Proceedings of the Thirty-third (2023) International Ocean and Polar Engineering Conference Ottawa, Canada, June 19-23, 2023 Copyright ©...

... reservoir simulation free surface wave elevation time history rms value marine transportation elevation lpd ship equation wave elevation ship wave height wave motion well dock wavelength probe ship model boundary wave characteristic ship length ABSTRACT Landing Platform...

... landslide numerical model investigation numerical investigation wave sensor asia government yangqu reservoir physical model landslide-generated impulse wave propagation china government impulse wave discharge tsunami wave landslide wave upstream oil & gas reservoir elevation...