Wave-by-wave and cumulative overtopping data from fixed planar impermeable smooth
beaches will be presented from random wave experiments and compared with predictions …

The rate of wave overtopping of a barrier beach is measured and modeled. Unique rate of
wave overtopping field data are obtained from the measure of the Carmel River, California …

To increase physical insight into wave overwash processes at low-crested beach barriers,
wave overtopping discharge events rather than the conventional average overtopping …

Wave runup and overtopping on inclined coastal structures and wave runup on beaches are
reviewed together to examine the ranges of wave runup processes occurring on slopes of …

A numerical model of wave run-up, overtopping, and regeneration is presented. The model
(called OTT) is based on the one-dimensional nonlinear shallow water equations on a …

Existing empirical and theoretical models for swash overtopping are considered and
reconciled by using the positive volume flux of the incident waves and the deficit in …

Monochromatic wave overtopping over the crest of an impermeable coastal structure located
on a sloping beach is predicted numerically by expanding the numerical model developed …

A new set of empirical formulations has been derived to predict wave run-up at naturally
sloping sandy beaches. They are obtained by fitting the results of hundreds of XBeach-NH+ …

This paper describes the development of a numerical model for wave overtopping on
seadikes. The model is based on the flux-conservative form of the nonlinear shallow water …

The runup of breaking waves on beach profiles of variable slope is analyzed as a function of
beach and offshore profile geometry, variations in stillwater level, and wave characteristics …