1) Reynolds stress transport equation
雷诺应力输运方程
1.
In the pioneer work of Rubinstein and Barton, the Yakhot-Orszag renormalization group (RNG) method for turbulence was applied to analyze the pressure-gradient-velocity correlations and the return to isotropy term in the Reynolds stress transport equation.
Rubinstein和Barton在其原始工作中,利用Yakhot-Orszag湍流重正化群方法对雷诺应力输运方程中的速度-压力梯度项和各向同性回归过程进行了模拟。
2) Reynolds stress transformation model
雷诺应力输运模型
1.
The gas flow fields of Stairmand high efficiency cyclone separators were simulated using Reynolds stress transformation model.
利用雷诺应力输运模型对Stairmand高效旋风分离器的气相流场进行数值模拟,在此基础上对旋风分离器的分离效率、压力损失进行了研究,得出了不同条件下旋风分离器的分离性能,同时利用Barth,Iozia&Leith,Shepherd&Lapple,Cacal&Martinez,Dirgo,Coker经验公式计算了该旋风分离器的分级效率和压力损失,并分别和实验数据进行了比较。
3) physical equation of Reynolds stress
雷诺应力的物理方程
4) vortex Reynolds stress equation
涡漩雷诺应力方程
1.
The vortex Reynolds stress equation was put forward,It provides a new basis for further studies the fluid energy loss.
本文从二次流能量损失的基础上研究，得到了涡漩相关矩与能量损失的关系，推导出涡漩雷诺应力方程，为进一步研究能量损失提供了新的依据。
5) Reynolds stress equation model
雷诺应力方程模型
6) Reynolds equation
雷诺方程
1.
Analysis on the coefficients of the control interfaces for solving Reynolds equation in extreme conditions;
极端条件下雷诺方程控制界面系数算法研究
2.
Based on the N-S equation,a nonlinear Reynolds equation for a steady-state micro-scale flow field was derived.
从N-S方程出发,推导了螺旋槽内稳态微尺度流动场的非线性雷诺方程。
3.
Using Reynolds equation to derivate the formula for calculating bearing pressure distribution,then calculate pressure distribution of main bearing shell of tube mill on the basis of this formula.
本文用雷诺方程推导出计算轴承压力分布的差分公式;并以此为依据,计算管磨机主轴承轴瓦的压力分布;并为轴瓦的结构设计提出建议。
补充资料：玻耳兹曼输运方程
