1.
Numerical Simulation of Solidary Waves and Currents Interaction with Coastal Structures by Unsteady Reynolds Equation Models;
用雷诺时均模型模拟孤立波、均匀流与海工结构物的相互作用
2.
Numerical Simulation of Wave Forces on Small-diameter Cylinders Using Three-dimension Unsteady Reynolds Equation Model;
用三维雷诺时均模型模拟小尺度组合桩柱上的波浪力
3.
Modeling the Interaction of Solitary Waves and Semi-Circular Breakwaters by Using Unsteady Reynolds Equations
用时变雷诺方程模型模拟孤立波与半圆型防波堤的相互作用
4.
Prediction of flow around submarine at different Reynolds numbers with Reynolds stress model
用雷诺应力模型预报不同雷诺数下的潜艇绕流
5.
Simulation of wave forces on small-diameter cylinders by using 3-D unsteady Reynolds equation
用三维时变雷诺方程模型模拟小尺度组合桩柱上的波浪力
6.
Numerical Simulation of Turbulence in a UV Disinfection Reactor Based on Lw Re k-ε Model
低雷诺数模型模拟UV反应器湍流流场
7.
Numerical Simulation of Reynolds Stresses Influence on Mean and Fluctuation Pressure
雷诺应力对平均和脉动压力影响的数值模拟
8.
STUDY ON THE REYNOLDS STRESS MODELE FOR DRAG REDUCING VISCOELASTIC FLOWS
粘弹性减阻流动的雷诺应力模型研究
9.
FLUCTUATING LIFT AND DRAG OF TWO ELASTIC CIRCULAR CYLINDERS IN TANDEM ARRANGEMENTS AT HIGH REYNOLDS NUMBERS IN UNIFORM CROSSFLOW
高雷诺数时串列弹性双圆柱在均匀流场中的脉动升力和阻力
10.
The Vehicle Liquid Presses the Model of Renault That Spread Moves the Swift Flow in the Process and Calculation Method;
车辆液压传动中湍流的雷诺模型与计算方法
11.
Research on Reno Mattress Revetment Frost Heave Adaptability Model Test
雷诺护垫结构冻胀适应性室内模型试验研究
12.
Prediction of transitional flows using an improved low-Reynolds-number turbulence model with transition sensitivity
应用改进的低雷诺数湍流模型预测转捩流动
13.
Ground penetrating radar electromagnetic waves simulation of pavement model with pavement material′s inhomogeneous dielectric parameter
路面材料介电常数非均匀模型雷达电磁波模拟
14.
EQUILIBRIUM ANALYSIS OF THE DYNAMIC COURNOT MODEL UNDER INCOMPLETE INFORMATION;
不完全信息下动态库诺特模型的均衡分析
15.
Analysis of equilibrium in electricity and reserve market bidding based on Cournot model;
电能与备用市场竞价古诺模型的均衡策略分析
16.
Real Equilibrium Exchange Rate of China: An Intertemporal Aralysis;
人民币实际均衡汇率:跨时期均衡模型
17.
Application of The Algebraic Equation Model For Reynolds Stresses to The Numerical Modelling for The Velocity Field in Furnace
雷诺应力代数方程模型在炉内流动过程数值模化中的应用
18.
Reynolds finds that turbulence begins when R exceeds about 2000.
雷诺发现当雷诺数大于约2000时开始产生湍流。