The present paper deals with an experimental investigation performed at Large Wave Channel (Grosser Wellen Kanal, GWK) in Hannover. The general aim of the project was to improve the knowledge of the hydrodynamic and morphodynamic behavior of a beach equipped with a Beach Drainage System (BDS). Tests allowed to investigate the shore zone processes, in drained and undrained conditions, including in-filtration and ex-filtration flows. In this paper the experimental set up is briefly described and only the hydrodynamic results are presented
The beach drainage system (BDS) is a 'soft' engineering solution for coastal protection and manageme...
The beach drainage system (BDS) is a ‘soft ’ engineering solution for coastal protection and managem...
The paper deals with a morphological study on a drained beach, under different wave conditions. The ...
The present paper deals with an experimental investigation performed at Large Wave Channel (Grosser ...
The present paper deals with an experimental investigation performed at Large Wave Channel (Grosser ...
An extensive full-scale laboratory investigation on a two-dimensional physical model of a beach drai...
An extensive full scale laboratory investigation on a 2D physical model of a Beach Drainage System (...
In recent years Beach Drainage Systems (BDS) have been considered as an innovative approach to stabi...
This research describes a unique set of experiments undertaken at the Large Wave Channel (Hannover) ...
This paper deals with the analysis of the groundwater flow on a drained beach. Infiltration processe...
The paper deals with the analysis of the groundwater flow in a drained beach. Infiltration processes...
Beach Drainage Systems (BDS) have been installed at many sites around the world as a soft-engineerin...
This paper provides information on the experimental set-up, data collection methods and results to d...
The paper describes experiments undertaken the Large Wave Channel (Grosser Wellen Kanal, GWK) in Ha...
The paper describes a set of experiments undertaken at the Grosser Wellen Kanal (GWK) in Hannover on...
The beach drainage system (BDS) is a 'soft' engineering solution for coastal protection and manageme...
The beach drainage system (BDS) is a ‘soft ’ engineering solution for coastal protection and managem...
The paper deals with a morphological study on a drained beach, under different wave conditions. The ...
The present paper deals with an experimental investigation performed at Large Wave Channel (Grosser ...
The present paper deals with an experimental investigation performed at Large Wave Channel (Grosser ...
An extensive full-scale laboratory investigation on a two-dimensional physical model of a beach drai...
An extensive full scale laboratory investigation on a 2D physical model of a Beach Drainage System (...
In recent years Beach Drainage Systems (BDS) have been considered as an innovative approach to stabi...
This research describes a unique set of experiments undertaken at the Large Wave Channel (Hannover) ...
This paper deals with the analysis of the groundwater flow on a drained beach. Infiltration processe...
The paper deals with the analysis of the groundwater flow in a drained beach. Infiltration processes...
Beach Drainage Systems (BDS) have been installed at many sites around the world as a soft-engineerin...
This paper provides information on the experimental set-up, data collection methods and results to d...
The paper describes experiments undertaken the Large Wave Channel (Grosser Wellen Kanal, GWK) in Ha...
The paper describes a set of experiments undertaken at the Grosser Wellen Kanal (GWK) in Hannover on...
The beach drainage system (BDS) is a 'soft' engineering solution for coastal protection and manageme...
The beach drainage system (BDS) is a ‘soft ’ engineering solution for coastal protection and managem...
The paper deals with a morphological study on a drained beach, under different wave conditions. The ...