Damage in rubble mound breakwaters has been addressed for more than 80 years and, as
reported in “Part I: Historical review of damage models”, a considerable number of hydraulic …

In order to design reliable coastal structures, for present and future scenarios, universal and
precise damage assessment methods are required. This study addresses this need, and …

This paper treats damage to 3D rubble mound structures, with a focus on the way to
describe and quantify the damage. The damage to 8 roundheads with rock armour was …

Physical model tests have been performed to study static stability of rock-armoured mild
slopes. Current stability design formulae for steeper rock-armoured slopes focus on …

The use of a terrestrial laser scanner is examined to measure the changes of rock slopes
subject to a wave attack test. Real scenarios are simulated in a water flume facility using a …

Physical model tests were performed in a wave flume at Deltares with rock armoured slopes.
A shallow foreshore was present. At deep water, the same wave conditions were used, but …

This paper studies novel ways to evaluate armour damage in physical models of coastal
structures. High-resolution damage data for reference rubble mound breakwaters obtained …

This paper presents a set of scale-model tests carried out to extend the range of wave
steepness values analyzed in wave run-up, overtopping and armour layer stability studies …

The assessment of damage evolution in scale model tests of rubble-mound breakwaters can
be achieved by comparing eroded depths and volumes between consecutive surveys …

In laboratory tests where the effects of interaction between structures, hydrodynamics and
the seabed are studied, it is important to map the 3D-environment (eg structure, bathymetry) …