This paper outlines the evolution of joint probability methods in the design and assessment of sea defence structures in the UK, together with the key drivers for these different methods. It highlights why and how the joint exceedance curve techniques were developed initially from the late 1980s and early 1990s, as well as the reasons for the later development of the Join-Sea software system in the mid-1990s, as well as more recently, the implementation of more robust multivariate statistical approaches. The differences between these techniques are outlined, as well as potential errors accounting for how these different techniques are applied to assess different sea defence response functions
On coasts with high tidal ranges, or subject to high surges, both still water levels and waves can b...
This report begins with an Introductory Users' Guide to Joint probability Analysis. The report descr...
The joint probabilities method was introduced by Pugh and Vassie to enable estimates of the probabil...
This paper outlines the evolution of joint probability methods in the design and assessment of sea d...
This paper outlines the evolution of joint probability methods in the design and assessment of sea d...
This paper investigates the inherent inaccuracy in the estimation of various extreme response variab...
This paper investigates the inherent inaccuracy in the estimation of various extreme response variab...
This paper investigates the inherent inaccuracy in the estimation of various extreme response variab...
The design of breakwaters and other coastal structures around the UK requires the assessment of the ...
A common application of joint probability in coastal engineering is to the simultaneous occurrence o...
A number of methods of joint probability analysis are set out and contrasted. The methods are applie...
In order to provide an introduction to the use of probabilistic design techniques, a simple case of ...
Although the fitting of univariate distributions to environmental parameters are a relatively straig...
Coastal flooding is typically caused by combinations of extreme water-levels and large waves. Two ex...
Coastal flooding is typically caused by combinations of extreme water-levels and large waves. Two ex...
On coasts with high tidal ranges, or subject to high surges, both still water levels and waves can b...
This report begins with an Introductory Users' Guide to Joint probability Analysis. The report descr...
The joint probabilities method was introduced by Pugh and Vassie to enable estimates of the probabil...
This paper outlines the evolution of joint probability methods in the design and assessment of sea d...
This paper outlines the evolution of joint probability methods in the design and assessment of sea d...
This paper investigates the inherent inaccuracy in the estimation of various extreme response variab...
This paper investigates the inherent inaccuracy in the estimation of various extreme response variab...
This paper investigates the inherent inaccuracy in the estimation of various extreme response variab...
The design of breakwaters and other coastal structures around the UK requires the assessment of the ...
A common application of joint probability in coastal engineering is to the simultaneous occurrence o...
A number of methods of joint probability analysis are set out and contrasted. The methods are applie...
In order to provide an introduction to the use of probabilistic design techniques, a simple case of ...
Although the fitting of univariate distributions to environmental parameters are a relatively straig...
Coastal flooding is typically caused by combinations of extreme water-levels and large waves. Two ex...
Coastal flooding is typically caused by combinations of extreme water-levels and large waves. Two ex...
On coasts with high tidal ranges, or subject to high surges, both still water levels and waves can b...
This report begins with an Introductory Users' Guide to Joint probability Analysis. The report descr...
The joint probabilities method was introduced by Pugh and Vassie to enable estimates of the probabil...