Physical model studies have been completed to measure the overtopping characteristics of vertically faced seawalls. A range of wave conditions, water depths, approach bathymetries and seawall elevations were investigated during testing. Based on analysis of the results a design method has been proposed to enable the overtopping discharge for vertical walls to be estimated. This study forms part of a continuing programme of research into the behaviour of seawalls being carried out at HR Wallingford with support from the Ministry of Agriculture, Fisheries and Food under Commission FD0201, Marine Flood Protection, Sea Defence Structures
This article describes the investigation of average wave overtopping performance for sloping coastal...
Over the years, many physical and numerical modelling research has been carried out to investigate t...
Abstract — In the present work, physical models have been built to experimentally investigate the wa...
With sea level rise and the potential impacts of climate change, wave overtopping of seawalls around...
Significant sections of the United Kingdom coastline are protected from flooding by sea walls. These...
This manual draws together and summarises previous research into the overtopping performance of seaw...
Crest modifications such as a storm wall, parapet or a bullnose are widely used to reduce the wave o...
Series of measurements with irregular waves were undertaken for model seawalls of vertical walls wit...
Considering the threats of wave overtopping that can cause flooding in the coastal area and hence im...
Over the years, many physical and numerical modelling research has been carried out to investigate t...
Coastal defence structures are playing a vital role in protecting coastal communities from extreme c...
Waves reflected from vertical breakwaters or other highly reflective structures forming port entranc...
This research uses physical and numerical experiments to investigate the wave overtopping of a verti...
This research uses physical and numerical experiments to investigate the wave overtopping of a verti...
This research uses physical and numerical experiments to investigate the wave overtopping of a verti...
This article describes the investigation of average wave overtopping performance for sloping coastal...
Over the years, many physical and numerical modelling research has been carried out to investigate t...
Abstract — In the present work, physical models have been built to experimentally investigate the wa...
With sea level rise and the potential impacts of climate change, wave overtopping of seawalls around...
Significant sections of the United Kingdom coastline are protected from flooding by sea walls. These...
This manual draws together and summarises previous research into the overtopping performance of seaw...
Crest modifications such as a storm wall, parapet or a bullnose are widely used to reduce the wave o...
Series of measurements with irregular waves were undertaken for model seawalls of vertical walls wit...
Considering the threats of wave overtopping that can cause flooding in the coastal area and hence im...
Over the years, many physical and numerical modelling research has been carried out to investigate t...
Coastal defence structures are playing a vital role in protecting coastal communities from extreme c...
Waves reflected from vertical breakwaters or other highly reflective structures forming port entranc...
This research uses physical and numerical experiments to investigate the wave overtopping of a verti...
This research uses physical and numerical experiments to investigate the wave overtopping of a verti...
This research uses physical and numerical experiments to investigate the wave overtopping of a verti...
This article describes the investigation of average wave overtopping performance for sloping coastal...
Over the years, many physical and numerical modelling research has been carried out to investigate t...
Abstract — In the present work, physical models have been built to experimentally investigate the wa...