... frequency spatial derivative experimental result boussinesq model experimental data two-layer boussinesq-type model high accuracy Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright © 2022 by the International...

... ABSTRACT This paper presents the numerical simulation of the undular bore using a Boussinesq-type model. The Boussinesq model is solved numerically using a hybrid finite-difference and finite volume scheme to achieve shock-capturing ability, which is suitable for modelling dam-break induced...

... Numerical simulation of wave motion over fringing reefs using a shock-capturing Boussinesq model Kezhao Fang and Dongbin He State Key Laboratory of Coastal and Offshore Engineering, Dalian University of Technology, Dalian, P.R. China Zhongbo Liu Transportation Management College, Dalian Maritime...

... near-field domain engineering cfd model ocean energy amplitude free surface elevation renewable energy pure cfd model simulation wave amplitude boundary interaction computational cost owsc flap boussinesq-cfd coupling model boussinesq model boussinesq wave model equation...

... is reproduced by using a Boussinesq model. Introduction In general, it is mentioned that transmitted waves would be generated behind a vertical breakwater during a storm condition because the occurrence of wave overtopping is usually allowed for a function of the breakwater, and they would affect safe...

... transformation boussinesq model Verification of Infragravity Waves Generated at Harbor Entrance by Using a Boussinesq Model Katsuya Hirayama1), Junya Naganuma1) and Yoshiyuki Uno2) 1) Coastal and Ocean Engineering Research Field, Port and Airport Research Institute, Yokosuka, Kanagawa, Japan 2) Coastal...

... wave spectrum distance increase boussinesq model gradient sustainability wave disturbance wave energy sustainable development power capture The simulation of oscillating wave surge converters using a Boussinesq model; Wave disturbances around an array Charles E. B. Greenwood, David Christie...

... 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...

... landslide surface elevation experimental data grilli boussinesq model submarine landslide computed result numerical result modeling experiment analytical solution landslide-generated wave liu tsunami generation boussinesq equation equation Numerical simulation of waves and runup generated...

.... In this paper, multi-directional random waves in shallow water for spatial distribution of directional spectra due to variable bathymetry are generated on the linear incident boundary in Boussinesq wave model. frequency directional spectra spherical shoal variable bathymetry boussinesq model...

... experiments and the well established theoretical predictions. streamline porous structure velocity field coastal engng boussinesq model experimental data triangular structure interaction hsieh total number breakwater coefficient reservoir characterization water wave numerical model...

... process involving refraction due to the bottom boundary, diffraction from structures, and nonlinear wave-wave interaction from multidirectional waves. Wave shoaling requires high nonlinearity and dispersion for the accurate prediction of long waves. The standard Boussinesq model includes low order effects...

... and Fokaefs, 2005; Stefatos et al., 2006). extreme water elevation field upstream oil & gas boussinesq model reservoir characterization equation runup mediterranean aegean sea hazard earthquake propagation tsunami tsunami hazard underwater landslide karamba numerical model source...

... particles are arranged in a mound, and fluid calculation and tracking calculation of blocks are separated. The interaction between them are treated indirectly, as mentioned later. Photo 2. Blocks at the moment of pick-up Figure 4. Improvement of boundary condition 366 NUMERICAL MODEL Boussinesq Model In Fig...

... This paper presents a new Boussinesq model for simulating non-linear water wave interaction with curved structures in shallow water making use of a Cartesian cut-cell grid, as an extension of previous work for the nonlinear shallow water equations (Liang et al. 2007). The Cartesian cut-cell...

... ABSTRACT Model results obtained using coupled wave-driver circulation models often provide poor reproduction of the frequency distribution of unsteady shear wave motions, in comparison to field data. In this study, we are examining the predictions of a Boussinesq model driven by irregular wave...

... the nonlinearity and dispersion characteristics, the equations are too complicate to engineering practice. For a numerical model of Boussinesq equations, appropriate boundary conditions are needed to run the model properly jin-yan tsai department engng calculation sponge layer boussinesq model kirby...

... approximation nwogu submerged dike free coefficient wave transformation nonlinearity engineering shih-en chou department nonlinear wave transformation tai-wen hsu boussinesq model sørensen coefficient amplitude A Boussinesq Model of Nonlinear Wave Transformations Tai-Wen Hsu, Bin-Da Yang, Jin...

... ABSTRACT The relation of the type and dimension of porous layer boundary in wave transformation model to wave reflection coefficient are examined in a parametric analytical study. The partial reflection boundary employed in the Boussinesq model is capable to reproduce the amplitude and phase...

... and other port facilities and, thus may affect the overall port efficiency. elsevier energy distribution long period wave engineering instantaneous surface elevation boussinesq equation application equation frequency boussinesq model dispersion relation surface elevation nakada harbor...