...) a lack of validation against observed data. We created and validated a coupled model system consisting of a circulation and phase-averaged wave model (FVCOM-SWAVE) and a nonlinear, phase-resolving, Boussinesq wave model (FUNWAVE-TVD) with very high spatial resolution. We applied the models to the tidal...

... Mooring/riser Numerical Wave Basin (MrNWB), which is a fully coupled analysis tool incorporating a CFD solver, potentialbased wave models, and a line-dynamics model for mooring/riser system. The numerical wave basin has been validated against physical model test results for various offshore floating...

... deterministic WRP algorithms, based on fast nonlinear and dispersive Lagrangian wave models, and integrate their predictions with in-the-loop hardware and a real time control system that is informed by computations with a digital twin (DT) model of the floating structure. We implement multiple WRP wave models...

... ABSTRACT In this work, we present the results of the verification of Simulating WAves Nearshore (SWAN) third-generation numerical wave model coupled online with the Delft3D FLOW module for 2 areas of the Barents Sea. The Delft3D-WAVE module currently incorporates the SWAN model as the standard...

... an instantaneous wetted length Tanizawa (2001), Wu and Eatock Taylor (2003), Koo and Kim (2004), of structural members and the solution of equations of motions can be Yan and Ma (2007), Ma and Yan (2009). Compared to the NS model, found in Jagdale (2019). Details of the three different wave models...

... Abstract The proposed cruise jetty is designed initially for the two Oasis-class cruises docked on the two sides at the same time. Based on the deepwater wave parameter at certain water depth outside open ocean area of the project, a numerical nearshore wave model using high order parabolic...

... marine transportation coastal area reflection implementation data mining reservoir simulation resolution navigation accu-wave wave model port wave field sea-state forecast port area safe navigation breakwater forecast Proceedings of the Thirty-first (2021) International Ocean and Polar...

... Abstract The proposed cruise jetty is designed initially for the two Oasis–class cruises docked at the same time. Based on the deep–water wave parameter at certain water depth outside open ocean area of the project, a numerical near–shore wave model is applied to calculate the wave propagation...

... ABSTRACT The paper evaluates waves hindcasting skill of two wave models in the Black Sea: Era-Interim and the hindcast MeteOcean model ad-hoc extended in the Black Sea. Overall waves conditions, provided by a buoy placed near Mangalia coast (Romania), are used to evaluate...

... ABSTRACT In the present study, a 168 hrs-forecast wave model is developed to predict significant wave heights at four stations, Japan, using the Group Method of Data Handling (GMDH). The GMDH is one of machine learning (like artificial neural network) and has an advantage of the convenience...

.... Submerged breakwaters could absorb some of incoming wave energy by causing the wave to break prematurely, thus diminishing the transmitted wave energy (Chen, 2010). simulation transmission coefficient renewable energy wave model water level submerged breakwater 50-year return period reflection...

... ABSTRACT Three grid configurations in WAVEWATCH III wave model for a typical reef lagoon are compared, including a multi-resolution nested grid (Multi-grid), a spherical multiple-cell grid (SMC-grid) and a triangular unstructured grid (Tri-grid). Model simulations of ocean surface waves under...

..., 2006). sea state base forecast alpha factor response forecast variation weather forecast upstream oil & gas platform spectrum wave energy spectra clearance operation wave model forecast wave direction hook load wave forecast miller field whisker probability forecast...

... are tested, that is, CFSv2&BJA, CFSv2&TEST471, ERA-I&BJA and ERA-I&TEST471. Five statistical indicators are used to validate the error of the wave model. The results show that the CFSv2&TEST471 scheme has the optimum effect. Meanwhile, the temporal and spatial distribution of wave field...

... characterization interaction pore-water pressure pore water pressure wave obliquity two-pile foundation wave height seabed model wave model upstream oil & gas wave period wave-induced pore-water pressure validation maximum pore-water pressure Numerical Study for Wave-Induced Pore-Water...

... important to develop an enhanced understanding of wave-current-turbulence interactions in tidal energy research. time series computational domain numerical model calibration wave model wave direction ocean energy flow model velocity component wave-current interaction mike 21 water column...

... ABSTRACT The phase-averaged wave action equation (WAE) is extended to include the effect of submerged porous media in this paper. The wave dissipation coefficient for submerged permeable media is incorporated in the WAE of wind wave model. The coefficient of the turbulent flow resistance...

... wave model wave height us government grid model-data comparison modification A Monitoring and Modeling Study for Kikiaola Harbor in Hawaii, USA Lihwa Lin1, Zeki Demirbilek1, Thomas D. Smith2 1US Army Engineer Research and Development Center Vicksburg, MS, USA 2US Army Corps of Engineers...

... directions and for irregular waves with variable peak period and significant wave height. Specific cases of regular and irregular waves are compared, revealing the differences between the regular wave model and the real sea state. By numerically simulating the incident wave and the scattering effects caused...

... of the storm surge simulations is conducted using the wind speed-capped wave dependent drag at 30 m/s in a coupled surge and wave model. The simulation results show that the wind and pressure are 60 - 70 m/s and 910 hPa in the Leyte Gulf, respectively. The highest surge height at Tacloban ranges 6 m - 7m...