1) Reynolds stress
Reynolds应力
1.
The velocity,turbulence intensity and Reynolds stresses were obtained.
通过速度场、湍流强度、Reynolds应力等物理量的对比分析,表明减阻杆降低了中心涡核区的旋转动能和湍流强度。
2.
Choosing PVC slice to simulate the flexible vegetation,the laboratory experiments were carried out in an open channel with submerged flexible vegetation,and 3D acoustic Doppler velocimeter(Micro ADV) was introduced to measure the local flow velocities and Reynolds stress.
在非植被层,Reynolds应力为直线分布,而时均流速则符合经典的对数律分布。
2) Reynolds stress equation
Reynolds应力方程
3) Reynolds stress model
Reynolds应力模型
1.
Reynolds stress model of 11 equations in the thermally stratified turbulent flows;
Reynolds应力模型在热分层流场中的应用及优化
4) RSM(Reynolds stress equation model)
RSM(Reynolds stressequation model雷诺应力模型)
5) Reynolds number
Reynolds数
1.
The effect of Reynolds number and Stokes number on particle motion and separation is discussed by analyzing the hydrodynamic behaviors of aerosol particles in reverse flow cyclones.
通过对旋风分离器内粉尘粒子的运动和捕集特性的分析,讨论了无量纲准则数Reynolds数和Stokes数与粒子分离过程的关系,并在对经典文献给出的实验数据进行回归分析的基础上,得到了一个由影响除尘器捕集效率的主要无量纲数表示的旋风器分级效率半经验计算式。
2.
Results Mean Reynolds number and Womersley number that affect the flow pattern and wall shear stress and wall pressure in the aneurysm are dealt with.
结果 Womersley数和Reynolds数越大 ,流动状态越复杂 ,涡的强度越大 ,对壁面切应力和压力都有很大的影响。
3.
Numerical simulations of low-speed flow around a slender body of revolution at high angle of attack are conducted to investigate the impact of Reynolds number on the roll angle effect,using a low-diffusion scheme.
使用低耗散的Roe格式,数值模拟了Reynolds数(Re)对大攻角细长旋成体绕流滚转角效应的影响。
6) Reynolds equation
Reynolds方程
1.
Three dimensional pressure distribution and temperature field of the bear in water lubrication and its difference between the bear in oil lubrication were analyzed in numerical simulating through solving the law-of-the-wall and Reynolds equation with finite elements method(FEM),and the changes of lubricant viscosity with temperature were taken into account.
采用有限元法求解壁面定律和Reynolds方程,对水润滑高速动静压滑动轴承进行了数值模拟分析。
2.
Based on the revised Reynolds equation, a program, AirSlider, was developed with VC6.
0平台上开发了一种基于修正Reynolds方程的专用飞行滑块仿真软件——AirSlider。
3.
Based on the lubrication theory and the characteristic of configuration, the mathematical model of aerostatic spherical bearing was established from the general form of Reynolds equation.
本文以气体润滑理论为基础,从一般形式的Reynolds方程出发,结合球面轴承的结构特点,建立了空气静压球面轴承的稳态数学模型:推导了球面轴承无量纲形式Reynolds方程;提出了以MATLAB PDE工具箱为求解器迭代求解球面轴承Reynolds方程的计算方法;对MATLAB PDE工具箱进行二次开发,编制了计算球面轴承性能的软件系统;根据数值仿真结果研制了一套基于空气静压球面轴承的主轴样机。
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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