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首页> 外文期刊>日本建築学会计画論文集 >Parameterization of Maximum Significant Wave Heights in Coastal Regions due to Hurricanes
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Parameterization of Maximum Significant Wave Heights in Coastal Regions due to Hurricanes

机译:飓风造成的沿海地区最大有效波高的参数化

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摘要

A method for expedient characterization of maximum nearshore wave heights due to hurricanes is described. This method, referred to as the wave response function (WRF) method, relates hurricane parameters to maximum wave heights by fitting coefficients from the modified Shore Protection Manual (SPM) forecasting method to results from numerical surge-wave models. The method was applied to numerous locations along the U.S. Gulf Coast: Corpus Christi, Texas; Gulfport, Mississippi; and Panama City, Florida. The WRF method is shown to have the most skill of all similar methods tested. Similar accuracy levels were obtained across all test sites. Data from Hurricane Ike in 2008 provided validation for the method. Although not intended for forecasting, this approach can be applied to risk analysis and extreme value statistics with significantly less computational effort than the use of numerical models.
机译:描述了一种用于方便地表征由于飓风引起的最大近岸波高的方法。这种方法被称为波浪响应函数(WRF)方法,通过将修正后的《海岸保护手册》(SPM)预测方法中的系数与数值浪涌模型的结果拟合,将飓风参数与最大波浪高度相关联。该方法已应用于美国墨西哥湾沿岸的许多地方:德克萨斯州科珀斯克里斯蒂市;密西西比州,格尔夫波特;和佛罗里达州的巴拿马城。事实证明,WRF方法具有所有测试过的所有类似方法中最熟练的技能。在所有测试地点都获得了相似的准确度水平。来自2008年艾克飓风的数据为该方法提供了验证。尽管不打算用于预测,但该方法可以以比使用数值模型更少的计算量来应用于风险分析和极值统计。

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