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A sample of typhoon-generated annual maximum wave height (TG-AMWH) of 10, 000 years is produced for the East China Sea using a Monte-Carlo simulation model. Then, an extreme value analysis of this very large sample of TG-AMWH yields an estimate of the parent distribution of the TG-AMWH which is expressed as a Weibull distribution for nearly the entire sea. Next, a similar extreme value analysis is separately conducted for each of 200 sample sets, each with a size of 50. The investigation, based on a sample of return wave height with a size of 200 leads to the conclusion that the identification of the parent distribution of the TG-AMWH may significantly decrease the confidence interval of the return wave height. Also, this may be true of the historical typhoon case.

proceedings of coastal engineering jsce

Identification of Parent Distribution of Typhoon-Generated Maximum Wave Heights in the East China Sea and Resulting Improvement of Reliability of Return Wave Height