This paper reviews and discusses the current research status, trends, and future needs in
the field of beach morphodynamics under the influence of storm sequences. The paper …

A number of models are available for science and engineering purposes that numerically
simulate nearshore hydrodynamics and the corresponding morphological evolution …

Modeling wave runup on beaches and structures is an important step toward accurate
coastal flood prediction. Depth-averaged non-hydrostatic models such as XBNH (XBeach …

This paper presents new data from large-scale wave flume experiments. It shows the beach
profile evolution and sediment transport for two different bed slopes (1: 15 and 1: 25), and …

Insight is provided into focused wave group runup on a plane beach by means of laboratory
wave flume experiments and numerical simulations. A focused wave group is presented as …

The importance of wave reflection on nearshore hydrodynamics has recently been
acknowledged by an increasing number of studies, yet it is difficult to simulate by the …

Shoreface nourishments with the artificial sandbar are effective strategies to mitigate coastal
erosions mainly by wave breaking and reflection. Thus, a better understanding of the …

Beach scarps are nearly vertical seaward facing sandy cliffs within the cross-shore beach
profile. These features are often associated with eroding (nourished) coastlines and can …

This study introduces a model based on Richards' equation to describe variably-saturated
beach groundwater flow. The surface wave propagation is computed by the phase-resolving …

We present the derivation of a nonlinear weakly dispersive formula to reconstruct, from
pressure measurements, the surface elevation of nonlinear waves propagating in shallow …