... investigation on the shoaling and runup of multi-solitary waves using the fully nonlinear Boussinesq equations solved with a high-order adaptive timestepping TVD solver (FUNWAVE-TVD). We first simulated 1-D solitary waves traveling up a slope and then validated with solitary wave runup datasets from well...

... undular bore. New experiments are also carried out to investigate the evolution of dam-breaking induced undular bore in a wave flume, and its runup on a vertical wall. The Boussinesq model is utilized to reproduce the available experiments in literature and the present experiments as well. The ability...

... to capture the free surface. Ship waves with vertical bank were calculated and validated by the experimental data. Ship waves with slope shores and the interaction with shore were also simulated. The runup and rundown phenomenal, and the influence of the channel geometry, ship speed and water depth on wave...

.... For the numerical simulations, only 21 tests of the 40 experiments carried out by Synolakis (i.e. all the non-breaking waves) are considered. A good agreement between the numerical and the experimental maximum runup was found for all the tested waves. In order to verify the magnitude and the effects...

... runup on plane beach. Briggs et al. (1995) presented intensively measured data of solitary wave runup heights around a circular island in laboratory scale. Matsuyama et al. (2007) carried out relatively undistorted experiment on the shoaling and fission of tsunami. Considering the complexity in real...

... revetments of existing coastlines, their experiments on gravel and concrete step-by-step bank revetment showed that the concrete step revetment is more durable than the gravel-type step revetment. wave period characteristic runup height breakwater vertical wall reflection coefficient runup...

... as a result of hurricanes. input parameter water level runup cone water depth diameter cylinder gauge cylinder solitary wave experimental study impact force wave height flume amplitude horizontal force time series investigation interaction synolakis experiment Experimental study...

.... wave runup floating production system potential solution cfd simulation runup nonlinear wave force upstream oil & gas wave force tlp linear potential solution amplitude wave condition discrepancy equation nonlinear effect wave slope wave length cfd result irregular wave subsea...

... wave propagation surface elevation free surface reservoir simulation international journal upstream oil & gas wave breaking yamazaki numerical result non-hydrostatic model coastal engineering equation engineering runup experimental data depth-integrated non-hydrostatic model...

... regular wave nonlinear wave propagation surface elevation nonlinear approach reservoir characterization solitary wave propagation boundary condition upstream oil & gas runup diffraction free surface elevation computational domain wave propagation reservoir simulation dispersive...

... ABSTRACT Long waves approaching a cliff over a variable bathymetry are investigated. The waves experience extreme runup amplifications at the cliff, and wave breaking may occur. Kinematic, steepness, and wave height to depth metrics are applied locally to the crests. The generally accepted...

... of this new development. modeling gpu implementation efficiency tsunami propagation different hardware device tsunami model model performance engineering runup island liang tsunami simulation simulation resolution surface elevation equation Performance of Different Hardware Devices...

... and investigates its variation with respect to change in density and viscosity. numerical simulation us government fnpt fresh water engineer extreme wave propagation synolakis coarse mesh wave propagation ansy cfx propagation fine mesh wave runup experimental result solitary wave mesh brine...

... 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...

... Abstract A Boussinesq-type model is developed for simulating wave and runup generated by sliding masses in the coastal region. A shock-capturing Boussinesq type model, which is originally designed for simulation of coastal water waves over fixed sea bottom, is extended to include the effect...

... distribution can be obtained as well. investigation rundown reservoir characterization different cross section runup cross section temporal variation negative velocity engineering solitary wave variation experiment velocity distribution equilibrium shoreline velocity field beach water...

... directionality on the wave run-up is different. The results could provide an important basis for the design of appropriate engineering and be regard as a reference for numerical verification. circular cylinder variation cylinder engineering vertical cylinder experiment runup large-scale cylinder...

... tank are shown for the calculation of waves and runup over a circular island. The results show good agreement with experimental data, the detailed free surface can be reproduced by the numerical model. algorithm boundary interface computational physics island runup wave runup free surface...

... the horizontal bottom. long wave wave runup wave period solitary wave single sinusoidal schäffer upstream oil & gas similarity parameter experiment sinusoidal wave beach maximum runup runup goseberg determination tsunami synolakis elevation madsen engineering Experimental Run-Up...

... gage, and inundation/runup measurements. Numerical simulations are performed using the fully nonlinear and dispersive Boussinesq wave model FUNWAVE-TVD, which is parallelized and available in Cartesian or spherical coordinates. We use a series of nested model grids, with varying resolution (down to 250...