1) Lagrangian-Eulerian slant-line VOF method
拉-欧斜线VOF 法
1.
Based on the vertical two-dimensional RANS equation and three-dimensional LES equation, a 2DRANS-VOF model and a 3DLES-VOF model ,which have a wide application field, are established respectively by using the wave surface tracking of the Lagrangian-Eulerian slant-line VOF method.
该论文围绕波浪与结构相互作用问题,对海岸工程波浪数学模型进行了全面分析,采用拉-欧斜线VOF 法跟踪波面,沿着垂向二维RANS 方程与三维LES 方程两条主线,分别建立了2DRANS-VOF 模型和3DLES-VOF 模型,并对多种情形下波浪变形和与建筑物相互作用实例进行研究。
2) Euler's method
欧拉折线法
3) VOF method
VOF法
1.
A 2-D numerical simulation of the green water phenomena of floating body placed in regular wave is performed,based on VOF method,using dynamic boundary condition to make wave,the history of water on deck is obtained under different inclination.
基于VOF法,采用动边界造波,对规则波中的浮体甲板上浪进行了2D数值模拟,得到了在不同倾角下甲板上浪的波形时历。
2.
A novel VOF method based on unstructured quadrilateral mesh for freesurface flows with complex seabed boundaries is presented.
提出了一种适用于具有复杂海底边界的自由表面流动模拟算法?基于非结构化四边形网格的VOF法。
3.
According to the predictive results of the free surface of water jet with VOF method,impor.
针对大气中水射流的动态特性,使射流形状、特性难以精确预测,提出了判定射流缩流截面的准则,进行了多工况下自由射流非定常两相流数值解析,对射流特别是两相流分界面区域的能量分布及涡度进行了分析,根据VOF法对射流自由表面进行数值预测的结果,获得了射流缩流半径、射流膨胀率等重要参数,并对自由射流尺度效应进行了探讨。
4) VOF
VOF法
1.
The three-dimensional standard k-ε model coupled with the Volume of Fluid (VOF) method was applied to numerically simulate the water-air two-phase flow with free surface in long tunnel.
采用计算流体力学软件STAR-CD的水气两相流耦合VOF法的三维标准k-ε紊流模型对长距离无压引水隧洞进行了模拟计算。
5) Euler method
欧拉法
1.
The purpose of this paper is compare the Euler method and the Runge-kutta method in obtaining the solution of the Lagrange equation for oil spill trajectories by numerical experiments,and to apply the Lagrange trajectories model to forecasting the spill caused by oil tanker ARTEAGA near Dalian.
本文首先通过数值实验比较了欧拉法和龙格-库塔法求解拉格朗日溢油轨迹微分方程的优劣,然后将其应用到2005年4月3日发生在大连附近的“ARTEAGA”油轮溢油事故的油膜粒子追踪模型中。
补充资料：斜线
斜线
inclined line
斜线【加d七ed触;.~皿明] 对直线l而言的斜线，是指与l相交不成如“角的直线;对平面兀而言的斜线，是指与二相交不成卯”角的直线.
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