浅海波浪、潮汐风暴潮相互作用的研究是当今国际热点研究方向之一。
Study on the wave-tide-surge interaction in shallow sea is one of the up-to-date active research areas around the world.
本研究结果表明，在实际工程应用中，应采用波浪和潮汐风暴潮相互作用耦合数值模式。
It is suggested from this study that in the practical engineering application, coupled wave tide surge interaction should be considered.
考虑波浪、潮汐风暴潮相互作用的数值模式从物理机制上讲更加合理，从数值模拟结果看，与实测值更加接近。
It is more reasonable when the numerical model including the wave-tide-surge interactions, and the numerical results are close to the measured data.
并在此基础上，将之与SWAN风浪模型进行耦合，建立了一个全面考虑波浪与潮汐风暴潮相互作用的波流耦合模型。
Then, the improved ADCIRC model is coupled with the SWAN model to establish a wave-current coupled numerical model that considering all wave-tide-surge interactions.
厄尔可能在一些地区带来冲击巨浪和高达三英尺(一米)超出正常潮汐水位的风暴潮，根据预报员称。
Earl could bring battering waves and a storm surge of up to three feet (one meter) above normal tide levels in some areas, according to forecasters.
波浪、潮汐和风暴潮是近岸海域最重要的动力要素，在风暴潮过程中，三者通过不同的机制相互影响，互相制约。
The wave, tide and storm surge are the most important dynamic processes in nearshore zone, these three dynamic factors interact in different ways in the storm surge process.
潮汐、风暴潮对波浪的作用是通过其产生的不定常水深与流场实现的；水深与流速对波向的影响很小。
The sea level and current velocity have an effect on wave height, and the wave direction modulation is small.
潮汐、风暴潮对波浪的作用是通过其产生的不定常水深与流场实现的；水深与流速对波向的影响很小。
The sea level and current velocity have an effect on wave height, and the wave direction modulation is small.
应用推荐