Coastal bridges are vulnerable to extreme surges and waves generated during hurricanes
and tsunamis. Over the past few decades, extensive research works were conducted to …

In the present work the applicability of an extended Boussinesq-type model in simulating
wave propagation over submerged porous breakwaters, as well as predicting the velocity …

This study focuses on the prediction of technical efficiency of narrow-crested submerged
permeable rubble-mound breakwaters, in terms of wave attenuation. A number of existing …

The applicability of a Boussinesq-type wave model in simulating wave propagation over
submerged breakwaters is studied. The original model is able to reproduce wave …

The evolution of waves and wave-induced currents around submerged structures under
regular waves is simulated using two nonlinear wave-current models (Boussinesq-type); …

A simple model for predicting the vertical distribution of wave-induced pore pressures inside
submerged porous structures is presented. A Boussinesq-type model coupled with a Darcy …

A simple technique for predicting the wave breaker type over a rubble-mound submerged
trapezoidal permeable or impermeable breakwater, with steep slopes, is presented. The …

This paper presents velocity measurements over a submerged permeable breakwater taken
by a mechanical velocimeter and calculated through application of an appropriate …

This paper presents in a concise form some recent results of our research team in the
National Technical University of Athens dealing with submerged coastal structures. These …

Στην παρούσα διπλωματική εργασία εξετάζεται η απόδοση ενός αριθμητικού μοντέλου
Boussinesq (Chondros and Memos, 2012) το οποίο στη συνέχεια τροποποιήθηκε ώστε να …