1.
Pressure drop researches for Kenics static mixer at high Reynolds number
Kenics型静态混合器在高雷诺数下的压力降研究
2.
Effect of inflow angle on high Reynolds number flows in circular-sectioned 90° bends
入流角对圆截面90°弯管内高雷诺数流动的影响
3.
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
4.
AN INVESTIGATION ON HYDRODYNAMIC CHARACTERISTICS OF INCLINED PILES AND COLUMNS IN OSCILLATORY FLOW AT HIGH REYNOLDS NUMBERS
高雷诺数下均匀振荡流中倾斜桩柱上的水动力特征研究
5.
A stabilized finite element technique of large eddy simulation for turbulent flow with high Reynolds number
基于稳定化有限元方法的高雷诺数流场大涡模拟
6.
to make checks on those problems where the attainment of high Reynolds number is an essential for correct flow representation
用来对那些在达到高雷诺数条件下才能正确模拟流场时所产生的问题进行校核试验；
7.
The Effect on range of Long-range Shells and Rockets by the Variation of Reynolds Number with Altitude
雷诺数随高度的变化对远程弹箭射程的影响
8.
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。
9.
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
10.
CFD Numerical Calculation of Sudden-expansion Pipe Flow of Low Reynolds Number
低雷诺数下突扩管流的CFD数值计算
11.
The Creeping Motion in the Entry Region of a Semi- Infinite Circular Cylindrical Tube
半无穷长圆管内的低雷诺数入口流
12.
In a Reynolds number range of 1502D flow over a backward facing step.
利用粒子图像测速技术(PIV)，对雷诺数150
13.
Experimental Investigation on the Characteristics of Flow at Low Reynolds Numbers in Mini-channels;
微小通道内低雷诺数流动的实验研究
14.
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
15.
Analysis of Static-wind Stability of Bridges with Consideration of Reynolds Number Effects
考虑雷诺数效应的桥梁静风稳定分析
16.
The research on numerical simulation of Reynolds experiment in fluid mechanics
流体力学雷诺实验的数值模拟的研究
17.
Flow Calculation Study on the Lower Reynolds Number for Cube-Shaped Blown Sand
立方体风沙粒子的低雷诺数绕流计算
18.
Determination of Local Resistance Coefficient at Low Reynolds Number Using Distributed Parameter Method
以分布参数法确定低雷诺数局部阻力系数