In this book, different types of breakwaters are introduced and their historical development is described in order to understand the advantages and disadvantages associated with each type of breakwater. The failures of breakwaters are then discussed to demonstrate crucial points in their stability design. Finally, the design methods used for vertical are explained including a new design concept of performance design for vertical breakwaters. Since the design methodology for rubble mound breakwaters has been addressed in many textbooks, the design of vertical breakwaters will be concentrated on here
Reliability based design of monolithic vertical breakwaters is considered. Probabilistic models of i...
This rapport includes two main topics for designing a rubble mound breakwater: 1. Geometrical proper...
This paper proposes to improve the safety of breakwaters by two important changes in the philosophy ...
For this book we have deliberately chosen that the text should follow a more or less logical design ...
A consistent risk-based design philosophy for vertical breakwaters is proposed. The design philosoph...
The design of the breakwaters based on the current design manual in Hong Kong uses the overall safet...
The historical development of upright breakwaters in Japan is briefly reviewed as an introduction. V...
This paper discusses the evolution and construction of vertical breakwaters around UK, particularly ...
This paper gives first an overall view of physical processes involved with rubble mound structures a...
Based on the large number of recent failures of major rubble mound breakwaters the paper discusses t...
General considerations, types of breakwaters, rubble mound breakwaters, wave run-up and overtopping,...
The principal function of a rubble mound breakwater is to protect a coastal area from excessive wave...
The main purpose of a breakwater is to reduce the waves in an area. More often than not the objectiv...
<p class="VersionEDAbstract"><span>This paper describes the evolution of design techniques applied t...
Berm breakwaters are different from ordinary rubble mound breakwaters. A conventional rubble mound b...
Reliability based design of monolithic vertical breakwaters is considered. Probabilistic models of i...
This rapport includes two main topics for designing a rubble mound breakwater: 1. Geometrical proper...
This paper proposes to improve the safety of breakwaters by two important changes in the philosophy ...
For this book we have deliberately chosen that the text should follow a more or less logical design ...
A consistent risk-based design philosophy for vertical breakwaters is proposed. The design philosoph...
The design of the breakwaters based on the current design manual in Hong Kong uses the overall safet...
The historical development of upright breakwaters in Japan is briefly reviewed as an introduction. V...
This paper discusses the evolution and construction of vertical breakwaters around UK, particularly ...
This paper gives first an overall view of physical processes involved with rubble mound structures a...
Based on the large number of recent failures of major rubble mound breakwaters the paper discusses t...
General considerations, types of breakwaters, rubble mound breakwaters, wave run-up and overtopping,...
The principal function of a rubble mound breakwater is to protect a coastal area from excessive wave...
The main purpose of a breakwater is to reduce the waves in an area. More often than not the objectiv...
<p class="VersionEDAbstract"><span>This paper describes the evolution of design techniques applied t...
Berm breakwaters are different from ordinary rubble mound breakwaters. A conventional rubble mound b...
Reliability based design of monolithic vertical breakwaters is considered. Probabilistic models of i...
This rapport includes two main topics for designing a rubble mound breakwater: 1. Geometrical proper...
This paper proposes to improve the safety of breakwaters by two important changes in the philosophy ...