摘要
采用当前国际流行的第三代波浪模式SWAN探讨了滨海核电工程可能最大台风浪的计算,并分析了可能最大台风浪与相伴随的可能最大风暴潮成长规律。分析得可能最大台风浪通常滞后可能最大风暴潮增水峰值,推算得到的可能最大台风浪高于遮浪海洋站观测到的最大波高,为滨海核电工程可能最大台风浪的推算提供参考。
The third-generation wave model,SWAN（Simulating Waves Nearshore）,was employed to estimate the probable maximum typhoon wave at a coastal engineering area.The relationship between the development of probable maximum typhoon wave and that of probable maximum storm surge was investigated.It is shown that the probable maximum typhoon wave usually occurs later than the probable maximum storm surge.The estimat-ed probable maximum typhoon wave is higher than the historical observational maximum wave height data of Zhelang station.The approach utilized in this study to estimate probable maximum typhoon wave could provide valuable information in design of coastal engineering.
出处
《海洋预报》
2011年第4期43-47,共5页
Marine Forecasts
