風浪數值模式已被廣泛應用於波浪預報，本文利用POM模式所模擬的潮汐以及潮流結果，加入SWAN模式中，來探討風力、潮汐以及潮流效應所造成的影響。在模式驗證中，探討加入水位因素後對於波場的影響。在底床為水平時，不同水位對波高變化沒有太大的影響；而在圓形淺灘處，高水位時波高亦較大，在低水位時波高則較小。在實際颱風案例的驗證中，由數值模擬與實際測站所測得的波高值比較發現，四種模式會隨著颱風行經路線及強度而導致誤差，影響因素的敏感度分別為風力大於潮流大於潮位。而在西部海岸，潮流的效應較為明顯。從實際案例中經由參數驗證得知，在SWAN模式中加入潮流效應會增加模式的準確性。

The wind-wave numerical model was broadly applied to wave prediction. A discussion of the effect due to wind, tide, and current is proceeded by SWAN model which the tide and current data are simulated by POM model. The variation of the wave height cause by water level is tested. The variation of the water level is irrelevant to wave height only if the bed is horizontal. In the verification, the path and the intensity of typhoon cause discrepancies between the computational result and the measurement. Considering the effect of current is suggested for the accuracy of SWAN model.

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