In this paper is presented an improved version of the overtopping formula by Lykke Andersen & Burcharth (2004)valid for berm breakwaters with initial slopes of 1:1.25. In the present paper guidelines is given on how to modify the formula to take into account the initial slope angle. Further the formula is improved so it gives reliable estimates also for more stable structures. The extension of the overtopping formula is based on analysis of front slope stability data from many different data sets. In most cases there is only a small difference between the Lykke Andersen & Burcharth (2004) formula and the present improved formula. However, for a more stable structure and low wave steepness the improved formula performs better. Six di...
The accurate prediction of the mean wave overtopping rate at breakwaters is vital for a safe design....
This thesis focuses on wave overtopping at rubble mound breakwaters with a non-reshaping berm. The r...
Worldwide, rubble mound breakwaters are designed and built to shelter and protect coastal areas from...
The berm breakwater concept is basicly rather old, but was not used very much until it was “reinvent...
The paper presents the development of a new overtopping formula for berm breakwaters. Overtopping da...
Prediction of overtopping rate plays a key role in the design and safety assessment of breakwater st...
Based on the Crest Level Assessment of Coastal Structures (CLASH) Neural Network Overtopping predict...
The purpose of the research work resulting from various studies undertaken in the CEDEX, as summariz...
A model test study was conducted to study overtopping and front slope stability of homogenous and mu...
[EN] Sea level rise due to climate change, as well as social pressure to decrease the visual impact ...
Rubble mound structures are often constructed to prevent severe wave damage to ships. By constructin...
Stability of berm breakwaters has been dealt with by several authors like Van der Meer (1992) and Ly...
The purpose of the research work resulting from various studies undertaken in the CEDEX, as summariz...
The front slope stability of breakwaters with a homogeneous berm was studied in a large number of tw...
This paper gives first an elaboration of berm recession equations for berm breakwaters and then new ...
The accurate prediction of the mean wave overtopping rate at breakwaters is vital for a safe design....
This thesis focuses on wave overtopping at rubble mound breakwaters with a non-reshaping berm. The r...
Worldwide, rubble mound breakwaters are designed and built to shelter and protect coastal areas from...
The berm breakwater concept is basicly rather old, but was not used very much until it was “reinvent...
The paper presents the development of a new overtopping formula for berm breakwaters. Overtopping da...
Prediction of overtopping rate plays a key role in the design and safety assessment of breakwater st...
Based on the Crest Level Assessment of Coastal Structures (CLASH) Neural Network Overtopping predict...
The purpose of the research work resulting from various studies undertaken in the CEDEX, as summariz...
A model test study was conducted to study overtopping and front slope stability of homogenous and mu...
[EN] Sea level rise due to climate change, as well as social pressure to decrease the visual impact ...
Rubble mound structures are often constructed to prevent severe wave damage to ships. By constructin...
Stability of berm breakwaters has been dealt with by several authors like Van der Meer (1992) and Ly...
The purpose of the research work resulting from various studies undertaken in the CEDEX, as summariz...
The front slope stability of breakwaters with a homogeneous berm was studied in a large number of tw...
This paper gives first an elaboration of berm recession equations for berm breakwaters and then new ...
The accurate prediction of the mean wave overtopping rate at breakwaters is vital for a safe design....
This thesis focuses on wave overtopping at rubble mound breakwaters with a non-reshaping berm. The r...
Worldwide, rubble mound breakwaters are designed and built to shelter and protect coastal areas from...