This research describes a unique set of experiments undertaken at the Large Wave Channel (Hannover) aimed to study the morphodynamic behaviour of a beach face containing a buried drainage system. The advantage of using a large wave flume is that scale effects that affected previous laboratory experiments are minimized. This compares the response of the undrained beach under controlled wave forcing with the response of the drained one with the same wave action. Low, medium and high levels of wave energy were used for the experiments, with significant wave heights of 0.39–0.83 m and wave steepnesses between 0.004 and 0.013. Any positive effect of the drains on the beach face was confined by the position of the cone of depression in the aquife...
The paper deals with a morphological study on a drained beach, under different wave conditions. The ...
The Influence of storm sequencing and beach recovery on sediment transport and beach resilience (RES...
Despite the increased sophistication of numerical models and field techniques for investigating wave...
This research describes a unique set of experiments undertaken at the LargeWave Channel (Hannover) a...
In recent years Beach Drainage Systems (BDS) have been considered as an innovative approach to stabi...
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...
The paper describes experiments undertaken the Large Wave Channel (Grosser Wellen Kanal, GWK) in Ha...
The present paper deals with an experimental investigation performed at Large Wave Channel (Grosser ...
The paper describes a set of experiments undertaken at the Grosser Wellen Kanal (GWK) in Hannover on...
Beach Drainage Systems (BDS) have been installed at many sites around the world as a soft-engineerin...
Full-scale physical model investigations have been conducted in the Large Wave Channel (GWK) of the ...
An extensive full scale laboratory investigation on a 2D physical model of a Beach Drainage System (...
This paper provides information on the experimental set-up, data collection methods and results to d...
The paper deals with a morphological study on a drained beach, under different wave conditions. The ...
The Influence of storm sequencing and beach recovery on sediment transport and beach resilience (RES...
Despite the increased sophistication of numerical models and field techniques for investigating wave...
This research describes a unique set of experiments undertaken at the LargeWave Channel (Hannover) a...
In recent years Beach Drainage Systems (BDS) have been considered as an innovative approach to stabi...
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...
The paper describes experiments undertaken the Large Wave Channel (Grosser Wellen Kanal, GWK) in Ha...
The present paper deals with an experimental investigation performed at Large Wave Channel (Grosser ...
The paper describes a set of experiments undertaken at the Grosser Wellen Kanal (GWK) in Hannover on...
Beach Drainage Systems (BDS) have been installed at many sites around the world as a soft-engineerin...
Full-scale physical model investigations have been conducted in the Large Wave Channel (GWK) of the ...
An extensive full scale laboratory investigation on a 2D physical model of a Beach Drainage System (...
This paper provides information on the experimental set-up, data collection methods and results to d...
The paper deals with a morphological study on a drained beach, under different wave conditions. The ...
The Influence of storm sequencing and beach recovery on sediment transport and beach resilience (RES...
Despite the increased sophistication of numerical models and field techniques for investigating wave...