This paper reviews recent guidance (and associated calculation tools) to predict waves and wave overtopping of reservoir containment structures. It appraises the applicability of recent advances in overtopping analysis intended primarily for coastal structures, but argues that they can equally be applied to the analysis of dams and other reservoir structures. It therefore suggests that a shift in the analysis of dam crest levels to limit wave overtopping discharges may now be timely
The European research project CLASH (EVK3-CT-2001-0058) investigated wave overtopping at coastal str...
Prediction of wave overtopping discharges for seawalls / breakwaters have improved significantly ove...
Any assessment of flood risk for a coastal site should include assessment of direct hazards caused b...
In their 2010 paper, Allsop et al (2010) sought to bring together the latest methodologies for predi...
Wave overtopping is a key process in coastal protection. The assessment of the wave overtopping rate...
This paper describes a review and analysis of available hydraulic model tests on overspill basins at...
Wave overtopping is a key process in coastal protection and its assessment defines the design of the...
This paper deals with wave overtopping associated to low emergent detached breakwaters. It starts pr...
Any assessment of flood risk for a coastal site should include assessment of direct hazards caused b...
This paper deals with wave overtopping associated to low emergent detached breakwaters. It starts pr...
Safe use of low lying and densely populated coastal regions depends critically on the performance of...
Assessment of flood risk for coastal sites should include identifying direct hazards caused by wave ...
Abstract: Low-crested breakwaters or dams may provide some sheltering of flood defence structures l...
This report describes research to simplify and consolidate the prediction of wave action in reservoi...
This manual draws together and summarises previous research into the overtopping performance of seaw...
The European research project CLASH (EVK3-CT-2001-0058) investigated wave overtopping at coastal str...
Prediction of wave overtopping discharges for seawalls / breakwaters have improved significantly ove...
Any assessment of flood risk for a coastal site should include assessment of direct hazards caused b...
In their 2010 paper, Allsop et al (2010) sought to bring together the latest methodologies for predi...
Wave overtopping is a key process in coastal protection. The assessment of the wave overtopping rate...
This paper describes a review and analysis of available hydraulic model tests on overspill basins at...
Wave overtopping is a key process in coastal protection and its assessment defines the design of the...
This paper deals with wave overtopping associated to low emergent detached breakwaters. It starts pr...
Any assessment of flood risk for a coastal site should include assessment of direct hazards caused b...
This paper deals with wave overtopping associated to low emergent detached breakwaters. It starts pr...
Safe use of low lying and densely populated coastal regions depends critically on the performance of...
Assessment of flood risk for coastal sites should include identifying direct hazards caused by wave ...
Abstract: Low-crested breakwaters or dams may provide some sheltering of flood defence structures l...
This report describes research to simplify and consolidate the prediction of wave action in reservoi...
This manual draws together and summarises previous research into the overtopping performance of seaw...
The European research project CLASH (EVK3-CT-2001-0058) investigated wave overtopping at coastal str...
Prediction of wave overtopping discharges for seawalls / breakwaters have improved significantly ove...
Any assessment of flood risk for a coastal site should include assessment of direct hazards caused b...