For the existing calculations of the wave load are most based on the linear wave theory, a more accurate STOKES wave is used to calculate the wave load in this paper.
基于现有的计算多是应用线性波浪理论进行的，本文选取了和实际波面颇为接近的更为精确的斯托克斯波浪理论进行分析计算。
When pump power increases farther, second Stokes wave is generated, then first Stokes wave is saturated, and residual pump wave power starts to be increasing linearly.
抽运功率继续增大，第二级斯托克斯波产生后，第一级斯托克斯波功率达到饱和，剩余抽运功率又开始线性增长。
The results indicate that the wave drag forces calculated by linear wave theory are larger than those calculated by the third order Stokes wave theory for given waves.
波浪阻力计算取决于海水质点的速度，而速度计算又依赖于所采用的波浪理论。
The two-dimensional Navier-Stokes equations are solved by the MAC method to study a solitary wave propagation on a shelf with a terrance risen up suddenly.
为了研究孤立波在带有陡升台地的陆架上的传播，用MAC方法求解了二维纳维尔-斯托克斯方程。
The two-dimensional Navier-Stokes equations are solved by the MAC method to study a solitary wave propagation on a shelf with a terrance risen up suddenly.
为了研究孤立波在带有陡升台地的陆架上的传播，用MAC方法求解了二维纳维尔-斯托克斯方程。
应用推荐