结果表明，以上各因素对波浪传播均会产生不同程度的影响。
The results show that the different factors have different influence, in which wave incident Angle has a significant effect and channel slope has little.
对于平面二维波浪传播的问题，则需要考虑波浪的折射、绕射。
For the two-dimensional horizontal wave propagation problem, refraction and diffraction of waves must be taken into account.
通过对计算结果的分析，讨论了黄河口五号桩地区的波浪传播特性。
Through analysis of the calculation results, the property of wave propagation in the Yellow River region is discussed.
通过1：30比尺的整体物理模型试验，研究了深水航道对斜向入射波浪传播的影响。
From integrated physical model test on the scale of 1:30, the effect of a deep water channel on propagation of diagonal incident wave is studied.
为了验证方法的精度和效率问题，对两种典型缓坡地形上的波浪传播变形进行了数值模拟。
To verify the accuracy and efficiency of this method, the distortion of the wave propagation on two typical mild slopes are simulated numerically.
为了研究波浪传播演变过程及其在破碎过程中的瞬时流场变化情况，在实验室水槽中进行了详细的波浪实验。
In order to study the changes of instantaneous field in wave propagation and wave breaking, a series of wave flume experiment is set up.
本研究是把折射和绕射的相关影响结合起来考虑的复合折射-绕射模型REF/DIF 模型应用于深水航道对波浪传播的影响规律的研究。
The influence pattern of deep water channels upon wave propagation is studied by REF/DIF model, which combined refraction and diffraction effects together.
在一个接近饱和状态的空中交通系统中，某一区域的任何延误都会像波浪一样传播并触发其它区域的航班延误。
In an air traffic system that operates near capacity, any delays in one region tend to spread like ripples and trigger delays elsewhere.
而且，随着大流行病在国内和国际上波浪式相继传播，病毒的内在毒力可能会逐渐发生变化。
In addition, the inherent virulence of the virus can change over time as the pandemic goes through subsequent waves of national and international spread.
在深海水域，海啸的传播速度像喷气式飞机一样快，但在海面看到的波浪不大。
Tsunamis travel as fast as jet aircraft in deep water, where they are spread over a far deeper water column and make for smaller and very gradual waves at the surface.
海洋表面传播的波浪在海水—海床的交界面处施加了循环波压力。
When wave propagate over the ocean surface, a sequence of wave pressure is induced on the seafloor.
以斜坡上梯形潜堤为研究对象，在波浪水槽实验的基础上，分析斜坡上潜堤对规则波和椭圆余弦波传播变形的影响。
Flume experiments are carried out to observe and analyze the characteristics of wave propagation over submerged breakwater on the slope.
波浪向近岸传播的过程中由波浪破碎等效应所形成的近岸波流场是近岸缓坡区域重要的环境动力因素之一。
The near-shore wave-current field formed by the breaking of oblique incident wave is numerically simulated by applying the mild slope equation for describing the wave propagation in coastal zone.
波浪在传播的过程中，产生的附加应力会使海床土体强度沿深度产生非均匀性变化。
When waves propagate over a porous sea bed, the strength of soils in seabed will vary non-uniformly with depth.
本文对波浪在非均匀流动中传播时的波能耗散或波高衰减进行了研究。
Energy dissipation or wave height attenuation is analysed theoretically for water waves propagating on a non-uniform current.
研究表明，波浪在粉沙质海床上传播的渗透损耗可以忽略不计；
The study shows that (1) porous dissipation of wave energy may be neglected on sand bed;
在输电线路行波测距中，存在行波浪涌到达时刻与行波传播速度相互配合的问题。
In the transmission line fault locating based on travelling wave, the arrival time of travelling wave must coordinate with the travelling wave velocity.
为了研究极端海况下的海床响应，在数值波浪水槽中模拟了畸形波的传播并通过波浪场和海床耦合模型计算了畸形波作用下有、无直立堤时的海床响应。
The freak wave is simulated to investigate seabed response with or without presence of vertical breakwater by the coupled model of numerical wave tank and seabed response.
波浪是最常见的海洋动力因素之一，波浪由深水传播至浅水后，受到水深、海底地形等因素的影响，逐渐表现出非线性特性。
Water waves are the most common dynamic factor of the ocean. Due to water depth and terrain, shallow water waves show nonlinear characteristics gradually that impact the coastal engineering.
结果表明，开挖航道对波浪的传播变形影响较大，不能用纯绕射来代替波浪的折、绕射联合作用。
The compared results show that the wave transmutation is greatly effected by the navigation channels and the refraction-diffraction model can't be replaced by diffraction cond…
结果表明，开挖航道对波浪的传播变形影响较大，不能用纯绕射来代替波浪的折、绕射联合作用。
The compared results show that the wave transmutation is greatly effected by the navigation channels and the refraction-diffraction model can't be replaced by diffraction cond…
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