2) numerical wave flume
数值波浪水槽
1.
The numerical wave flume of the viscous fluid based on the momentum source method;
基于动量源方法的黏性流数值波浪水槽
2.
Development of numerical wave flume based on SPH method
基于光滑质点流体动力学方法数值波浪水槽研究
3.
An idealized numerical wave flume has been established and its results,including wave profiles, time history of surface elevation and efficiencies of boundary conditions are discussed.
由于Navier-Stokes方程是从动量守恒定律出发,对不可压缩粘性流体不引入地形限制,不考虑水深影响,是真正意义上从流体的运动规律出发的方程,因此本文以Navier-Stokes方程为控制方程,用有限元法对它进行离散,建立了它的有限元特征方程,通过对边界条件的处理建立了适用广泛的二维数值波浪水槽,并就数值模型的稳定性、边界条件的效果作了探讨。
3) numerical wave channel
数值波浪水槽
1.
The numerical wave channel has been developed based on the volume of fluid method (VOF).
本文应用VOF方法建立了二维数值波浪水槽模型。
2.
With the 2-D numerical wave channel model established by the VOF method,this paper calculated the wave transmission coefficient of the permeable piled wharf and compared it with the physical model experiment results,and those by the Wiegel & Kriebel formula.
应用VOF(Volume of Fluid Method)的二维数值波浪水槽模型,计算了某工程透空式高桩码头的透浪系数,并与实验结果及Wiegel,Kriebel公式计算结果进行了比较,为减小造波边界的二次反射影响,在数值波浪水槽左端设置了可吸收式造波机数值边界条件,数模得到的透空码头的透浪系数与实验结果吻合较好,与Wiegel、Kriebel等学者的理论公式计算结果一致。
4) numerical wave tank
数值波浪水槽
1.
Application of source generation of waves in 3D fully nonlinear numerical wave tank;
源造波法在三维完全非线性数值波浪水槽中的应用
2.
Improvement on a 2D numerical wave tank;
一个二维数值波浪水槽的改进
3.
Nonlinear Numerical Wave Tanks and Their Applications;
非线性数值波浪水槽及其应用
5) non-grid numerical flume
无网格数值水槽
6) 2D numerical wave flume
二维波浪数值水槽
补充资料:数值
1.一个量用数目表示出来的多少,叫做这个量的数值。例如"3克"的"3","4秒"的"4"。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条