Separation flow

美 [ˌsepəˈreɪʃn floʊ]英 [ˌsepəˈreɪʃn fləʊ]
  • 网络分离流;分离流动
Separation flowSeparation flow
  1. Research on Three dimensional Separation Flow Characteristics of Red Flag Car

    红旗轿车三维分离流动特性

  2. Maximizing the Effect of Synthetic Jet on Airfoil Separation Flow Control

    合成射流用于翼型分离流动控制的研究

  3. A study on separation flow control of diffuser

    扩压器分离流场控制的研究

  4. Research on reducing power consumption of air separation flow process with molecular sieve adsorption

    降低分子筛空分流程能耗的研究

  5. Topology analysis of the 3-D separation flow state in centrifugal impeller

    离心叶轮内三维分离流态的拓扑分析

  6. Separation flow around a cylinder in shear flow at a high Reynolds number

    大雷诺数线性剪切流绕圆柱的分离流动

  7. Application of high-order difference scheme to wing separation flow calculations

    高精度差分格式在机翼分离流计算中的应用

  8. Bordering Algorithm for Solution of Boundary layer Separation Flow

    边界层分离流边值问题的算法研究

  9. Numerical simulation of separation flow field of drilling fluid with hollow glass spheres

    含空心球钻井液分离流场数值模拟

  10. Numerical simulation of oscillating excitation separation flow control over airfoils

    振荡射流控制翼型流动分离的数值模拟

  11. Application of multigrid method to compute separation flow

    多层网格法在分离流计算中的应用

  12. The Calculation of Triple-deck Theory of Boundary Layer Separation Flow

    边界层分离流动的三层结构理论计算

  13. Investigation of effect of suction on delta wing separation flow at high angle of attack

    三角翼大攻角分离流开缝吸气效应研究

  14. A bi-directional marching finite element algorithm for three-dimensional boundary layer separation flow computations

    计算三维边界层分离流动的一种双向推进有限元格式

  15. Numerical Simulation of Separation Flow on Bodies of Revolution at High Angle of Attack Using Euler Equations

    旋成体大迎角分离流的Euler方程数值模拟

  16. This paper focuses on the unsteady characteristic of cascade separation flow under off-design condition .

    本文针对非设计工况下叶栅的分离流动进行研究。

  17. Determination of Total Phenols Using On-line Separation Flow Injection-Spectrophotometry

    流动注射在线分离分光光度法测定痕量总酚

  18. The separation flow around a sphere is calculated and the position of the separation point is determined .

    同时还对圆球的分离流动作了计算,得到了流动的分离点。

  19. A series of numerical parametric studies on active control of separation flow over a hump model are presented .

    针对凸包流动分离主动控制开展了参数化数值研究。

  20. The separation flow pattern in the rotor at low mass flow rate working condictions was concluded .

    总结了小流量工况下动叶内部流动的分离模式。

  21. A numerical study of the separation flow by Navier-Stokes equation & past a circular cylinder and sphere

    N-S方程的分离流计算&圆柱和圆球的粘性绕流明渠中跌坎后突扩分离流数值研究

  22. The results showed : high velocity gradient laminar flow and flow - separation flow field both result in atherosclerosis .

    观察认为:高速度梯度层流流场及流动分离流场通过不同的作用方式均可引起血管内皮损伤,从而使脂质入侵,动脉粥样硬化形成,以前种流场为严重;

  23. This paper presents the comparison of the leading edge separation flow without and with the excitation of select frequency .

    本文对激振与未激振锐缘分离流场细节进行了比较。

  24. Experimental investigation on the turbulent coherent structures of laminar separation flow over a backward-facing step

    后向台阶层流分离湍流结构的实验研究

  25. Numerical Analysis of the Behavior of Two-dimensional Separation Flow of a Turbine Last Stage Rotor Cascade at Large Negative Incidence

    大负攻角下汽轮机末级动叶栅二维分离流特性的数值分析

  26. The position , intensity and development of the separation flow changing the inlet flow rate was clearly documented by velocity vector .

    径向面上的速度矢量图说明了不同进口条件下流道内气流流动产生分离的位置、强度以及发展。

  27. The separation flow is three dimensional in hydraulic machine . The pressure gradient in cross direction produces secondary flow in boundary layer .

    水力机械的分离为三维流动,三维流动的侧向压力梯度产生边界层的二次流动。

  28. Several Nolinear Equations 's Solving Using a Method of Expand Perturbation THE NUMERICAL SOLUTIONS OF THE SEPARATION FLOW USING THE IMPROVED FINITE ANALYTIC METHOD

    一种改进的摄动法对几个非线性方程的近似解析解的求解使用改进的有限分析解方法模拟流体分离流动

  29. An improved light hydrocarbon separation flow was introduced to develop Chinese ethylene industry by utilizing the light hydrocarbon contained in the imported LNG .

    为利用进口液化天然气湿气中的轻烃资源来发展我国的乙烯工业,推荐了一种改进的LNG轻烃分离流程。

  30. Based on the Navier-Stokes equations expressed with arbitrary curvilinear coordinates , the separation flow under different attack angles was investigated by numerical method .

    基于任意曲线坐标下的N-S方程,对不同攻角下单排叶栅的流动分离情况进行数值分析。