1) channel flow
槽道流
1.
In particular, the mixing enhancements of micro-channel flow were investigated, which are due to induced transverse flows resulting from the variations in the wall zeta potential.
计算结果表明,滑移速度的非均匀一致导致微槽道电渗流中的流线发生剧烈的转折,从而使得微槽道流动的混合效率有很大的提高。
2.
Using the penalty finite element method with SUPG formulation,a channel flow of viscous incompressible fluid under different Reynold s numbers is simulated.
采用罚函数有限元法并结合流线迎风SUPG效应格式,模拟了不同雷诺数下不可压缩粘性流体的槽道流动过程。
2) turbulent channel flow
槽道湍流
1.
Improvement of sub-grid model in large eddy simulation and applications in turbulent channel flow;
大涡模拟中亚格子模型的改进及其在槽道湍流中的应用
2.
, the classic Smagorinsky model,the dynamical Smagorinsky model and a model derived from Kolmogorov equation by Cui(2004),are performed to study turbulent channel flows with a wall oscillation in the spanwise direction.
分别采用3种亚格子模式:传统的Smagorinsky模式、动力Smagorinsky模式和Cui(2004)基于Kolmogorov方程所提出的新模式,对壁面在展向作周期运动的槽道湍流进行了大涡模拟,以考察这3种模式对平均运动为三维、非定常的湍流流动的模拟能力。
3.
A turbulent channel flow structure and drag reduction mechanism induced by spanwise wall oscillation are investigated using direct numerical simulation (DNS) method.
通过直接数值模拟(DNS)研究壁面展向周期运动的槽道湍流的结构及其减阻机理,建立槽道湍流数据库。
3) Channel flow
槽道流动
1.
Most-unstable wave method for inlet conditions of large eddy simulations of spatially developing channel flows;
获得空间发展槽道流动大涡模拟入口条件的最不稳定波方法
2.
The two-dimensional turbulent channel flows are simulated through large-eddy simulation.
模拟结果再现了二维槽道流动拟序结构的发展演变过程。
4) channel turbulence
槽道湍流
1.
The channel turbulence is studied experimentally by using a double frame straddling CCD camera DPIV system.
采用DPIV系统(由两台CCD相机组成)对槽道湍流进行速度场时间历程的观测实验,通过对大量测量结果的综合分析,取得了槽道湍流近壁结构的空间结构及其时间演化过程特征的结果,可以揭示上扫下掠、湍流瞬时速度型等现象与大尺度涡演化的物理关系,解释若干湍流大尺度结构的特征机理,还表明DPIV系统提供了一种定量观测湍流的时空结构特征的手段。
5) lateral channel spillway
侧槽溢流道
6) microchannel gas flow
微槽道气流
补充资料：道流
【道流】
（术语）学道者流，禅道者流也。临济录曰：“道流只如自古先德，皆有出人底路。”
（术语）学道者流，禅道者流也。临济录曰：“道流只如自古先德，皆有出人底路。”
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