... 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...

... to understand the characteristics of run-up and overtopping of a solitary wave near a seawall. Synolakis (1987) developed both linear and nonlinear wave theories to predict the maximum run-up height of non-breaking solitary waves on a plane beach with a slope of 1:19.85 and the asymptotic results were compared...

... ABSTRACT Shoaling of solitary waves on a uniform plane beach connected to a constant-depth wave tank is investigated numerically using the smoothed particle hydrodynamics (SPH) method. The characteristics of water surface elevations have been analyzed for wave shoaling. To test the validity...

... ABSTRACT An experimental study was carried out to investigate the maximum run-up of non-breaking solitary waves on both smooth and rough plane beaches. Artificial beaches with different slopes and bottom roughness were studied. Our experimental results showed that, for waves running up...