This book not only brings together existing guidance on hydraulic design, including design wave conditions, prediction of scour and vessel mooring loads, but also presents new methods (developed from extensive laboratory testing) for the prediction of wave loading, including forces on the underside of jetty deck. Contents: Introduction; Definitions of exposed jetties, typical locations and exposures; Aspects of design; Wave forces on vertical elements; Wave forces on horizontal elements; Berthing and mooring loads; Scour; Other design and construction issues; References
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
The hydraulic model is playing an increasing part in the process of hydraulic designing and it seems...
ABSTRACT The original design requirement for positive air gap is no longer fulfilled for a number of...
The original “Exposed Jetties Manual” compiled in 2004 by McConnell et al. has provided designers an...
The risk assessment of maritime structures directly exposed to and interacting with the incoming wav...
This project is about wave impact on horizontal platforms. It investigates the interaction between o...
New design methods for wave impact loadings on vertical breakwaters and seawalls Allsop N.W.H.,1 McK...
When complex structures are attacked by severe waves and/or surge, particularly severe loading patte...
Many deck-on-pile structures are located in shallow water depths at elevations low enough to be inun...
Many deck structures are located at elevations low enough to be impacted by large waves. However, du...
Offshore structures need to survive whilst being exposed to extreme wave events, which can potential...
Offshore structures need to survive whilst being exposed to extreme wave events, which can potential...
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
Recent failures of coastal bridges during extreme storm events have focused attention on the need fo...
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
The hydraulic model is playing an increasing part in the process of hydraulic designing and it seems...
ABSTRACT The original design requirement for positive air gap is no longer fulfilled for a number of...
The original “Exposed Jetties Manual” compiled in 2004 by McConnell et al. has provided designers an...
The risk assessment of maritime structures directly exposed to and interacting with the incoming wav...
This project is about wave impact on horizontal platforms. It investigates the interaction between o...
New design methods for wave impact loadings on vertical breakwaters and seawalls Allsop N.W.H.,1 McK...
When complex structures are attacked by severe waves and/or surge, particularly severe loading patte...
Many deck-on-pile structures are located in shallow water depths at elevations low enough to be inun...
Many deck structures are located at elevations low enough to be impacted by large waves. However, du...
Offshore structures need to survive whilst being exposed to extreme wave events, which can potential...
Offshore structures need to survive whilst being exposed to extreme wave events, which can potential...
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
Recent failures of coastal bridges during extreme storm events have focused attention on the need fo...
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
The hydraulic model is playing an increasing part in the process of hydraulic designing and it seems...
ABSTRACT The original design requirement for positive air gap is no longer fulfilled for a number of...