A statistically-rational method of extreme wave data analysis is presented. A combination of the Fisher-Tippett type I and the four Weibull distributions is proposed as the candidates of distribution functions. The least square method is used for data fitting. The best plotting posi-tion formula for each function is determined by the Monte Carlo method with 10,000 simulations per sample size. Confidence intervals of estimated extreme wave heights for given return periods are evaluated by simulations and expressed in the form of empirical formulas, for both the cases when the true distribution is known and unknown. An example of extreme wave data analysis is given. 1
AbstractStudy of extreme wave heights is vital for design of coastal structures. The purpose of this...
Abstract: A major problem often encountered in design sea-state prediction is the limited amount of ...
Design criteria in ocean engineering, whether this is one in 50 years or one in 5000 years event, ar...
The determination of the design wave height is usually based on the statistical analysis of long-ter...
This thesis contains a review of existing statistical techniques for the prediction of extreme waves...
Estimating the extreme values of significant wave height (HS), generally described by the HS return ...
Estimating the extreme values of significant wave height (HS), generally described by the HS return ...
137-139Statistical analyses for longterm distribution of significant wave heights were performed usi...
The study of the behaviour of the extreme values of a variable such as wave height is very important...
Master's thesis in Offshore technology : subsea technologyThe focus in this master’s thesis was to d...
Calibration coefficients incorporated in the modified Weibull distribution are more effective for ma...
2The analysis of time records, coming from seakeeping experiments in irregular waves, is used to det...
To predict the occurance of an extreme event from a record of observations, it is usual to perform a...
Extreme wave parameters are used for engineering design in our seas and oceans, yet the methods used...
The study of the extreme values of a variable such as wave height is very important in flood risk as...
AbstractStudy of extreme wave heights is vital for design of coastal structures. The purpose of this...
Abstract: A major problem often encountered in design sea-state prediction is the limited amount of ...
Design criteria in ocean engineering, whether this is one in 50 years or one in 5000 years event, ar...
The determination of the design wave height is usually based on the statistical analysis of long-ter...
This thesis contains a review of existing statistical techniques for the prediction of extreme waves...
Estimating the extreme values of significant wave height (HS), generally described by the HS return ...
Estimating the extreme values of significant wave height (HS), generally described by the HS return ...
137-139Statistical analyses for longterm distribution of significant wave heights were performed usi...
The study of the behaviour of the extreme values of a variable such as wave height is very important...
Master's thesis in Offshore technology : subsea technologyThe focus in this master’s thesis was to d...
Calibration coefficients incorporated in the modified Weibull distribution are more effective for ma...
2The analysis of time records, coming from seakeeping experiments in irregular waves, is used to det...
To predict the occurance of an extreme event from a record of observations, it is usual to perform a...
Extreme wave parameters are used for engineering design in our seas and oceans, yet the methods used...
The study of the extreme values of a variable such as wave height is very important in flood risk as...
AbstractStudy of extreme wave heights is vital for design of coastal structures. The purpose of this...
Abstract: A major problem often encountered in design sea-state prediction is the limited amount of ...
Design criteria in ocean engineering, whether this is one in 50 years or one in 5000 years event, ar...