... the interface instead of the original MULES algorithm. fluid dynamics china government openfoam eddy viscosity numerical wave tank asia government turbulence model surface elevation numerical model upstream oil & gas wave-current interaction velocity profile free surface engineering...

...) method-based code in two-dimension, was established. Firstly, great agreements are reached between the present CIP model and the published experimental results on the aspects of the resonant frequency and the resonant amplitude. Then, the normalized free surface elevation was obtained...

..., using a Fourier decomposition of the tank motion. reservoir surveillance frequency tank motion sway motion europe government excitation amplitude equation tank production monitoring surface elevation coordinate system roll motion surface height ship-fixed coordinate system polar...

... social responsibility engineering air orifice free surface sustainability china government owc device equation numerical model ocean energy horizontal force water column asia government sustainable development fluctuation dynamic performance surface elevation investigation wave...

... and Prediction (WRP) algorithms that improve the active control of floating structure motions, achieved, e.g., by moving mass or ballast. Specifically, given a sensing method, here assumed to be LiDAR-like, that acquires dense spatiotemporal surface elevation data at some distance from the FOWT in the incident...

... multi-directional wave phase-resolved prediction wave propagation information phase-resolved wave prediction deep learning machine learning surface elevation uni-directional wave accuracy far-field probe tpz Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering...

.... 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...

... reinforcement learning breakwater amplitude artificial intelligence free surface elevation surface elevation wave condition interaction upstream oil & gas machine learning flat plate wave flume plate breakwater wave dissipation performance dissipation wave dissipation water...

...., 2021). The agreement index (Wilmott, 1981) is applied to testify the agreement of surface elevation or velocity between the numerical model and the experimental data. The good agreement demonstrates that the two-layer Boussinesq-type model with different values for α (0.13 ≤ α≤ 0.25) of dispersion...

... surface elevation monitors located at 5m, 10m and 15m away from the entrance surface, respectively. M4 and M5 represent wave monitors at 5M and 10m exits in the wave elimination zone. (a) Three-dimensional map According to the ITTC two-parameter spectrum, wave parameters are selected as shown in Table 2...

... et al . (2019) performed numerical calculations on a drillship at different transit speeds. Meanwhile, the rules and causes of moonpool forms on ship resistance and flow pattern characteristics were analyzed. drilling equipment drillship resistance performance surface elevation upstream...

... elevation liquefaction seabed response upstream oil & gas subsea system pore pressure spatial distribution interaction wind energy jacket foundation loading wave system water elevation irregular wave water surface elevation engineering solver Proceedings of the Thirty-second (2022...

... of a turbine to the surface with respect to the efficiency of tidal energy conversion. tidal cycle power density tidal flow circulation simulation turbine ocean energy ebb tidal velocity tidal currents elevation surface elevation installation cyr asymmetry renewable energy seamount...

...-spots. Specific experimental investigations were conducted based on numerical results to validate the numerical model based on free surface elevation and local velocities. It could be shown that the location and strength of the hot-spots vary with wave frequencies and steepnesses as well...

.... And the relaxation particles zone is Since pressure and velocity are interpolated here, f h(r) can denote the local pressure and velocity reconstruction eld here and is in uenced by the nearby relaxation particles. Thus, we can construct a function of 1614 Fig. 3 Time series of the water surface elevation...

... renewable energy alpe maritime boundary condition cross-shore profile significant wave height surface elevation spectrum computed free surface elevation wave condition contingency planning water level free surface elevation xbeach model funwave-tvd model equation Proceedings of the Thirty...

... surface elevation as the primary variable, propagation waves over a varying bathymetry. Shallow water wave theory is applied of shallow water waves can be described by a standard two-dimensional to establish the mapping between water wave mechanics and an RNN. (2D) hyperbolic wave equation if gradient...

... is introduced to simulate the effects of the Power Taken-Off (PTO). An experiment was carried out to validate the accuracy of the HOBEM model. A good agreement was observed between the numerical and experimental results for the hydrodynamic pressure and chamber surface elevation. The effects of the wave...

... the surface elevation around array of truncated cylinders are investigated. The influence of the distance between cylinders, wave directions, scatter parameter and wave steepness are examined. Based on the potential theory, the first-order and the second-order surface elevation are calculated...

.... upstream oil & gas simulation mesh numerical investigation rogue wave openfoam layout solver spectrum ocean eng mooring system wave theory numerical simulation amplitude interaction subsea system wavelength computational domain investigation surface elevation breakwater equation...