This study presents new experiments and analysis to evaluate the performance of
overtopping models for fringing reef fronted beaches. Physical experiments were conducted …

Seawalls play a significant role in protecting coastal areas against wave attack and flooding.
The accurate estimation of wave overtopping at seawalls is therefore crucial to adequately …

This study attempts to refine a model named the Integrated Formula of Wave Overtopping
and Runup Modeling (IFORM) to improve the prediction performance of mean wave …

There is now wide evidence that phase-resolving numerical models can capture the general
physics of the overtopping process even under complex hydrodynamics. Based on this …

The present work employs the so-called Evolutionary Polynomial Regression (EPR)
algorithm to build up a formula for the assessment of mean wave overtopping discharge for …

Estimation of the mean overtopping discharge is a major task in the design and assessment
of the crest level of rubble mound structures such as breakwaters and seawalls. The …

This research examines the overtopping volumes associated with focused wave groups on
smooth dikes with an emerged toe. Focused wave groups are employed to represent the …

Laboratory wave flume experiments in coastal engineering and physical oceanography are
widely used to provide an improved understanding of morphodynamic processes. Wave …

In the present work, swash oscillations on steep, plane, impermeable slopes in a wave flume
under regular wave trains studied. The overall objective of this paper is to assess the …

The development of coastal regions combined with rising sea levels is leading to an
increasing risk of coastal flooding caused by wave overtopping of natural beaches and …