1) fully developed
充分发展
1.
Analytical solutions for fully developed natural convection through vertical annuli;
竖直圆环形通道内充分发展自然对流的分析解
2.
In this paper, a numerical model was established for incompressible, fully developed laminar deionized water flow in microchannels with trapezoidal cross section.
对梯形截面微通道内去离子水的不可压缩充分发展的流动建立数学模型,采用二维SIMPLE算法求解通道横截面上的流向速度分布。
2) fully developed flow
充分发展段
1.
The heat transfer and flow characters for fully developed flow in a tube partially filled with porous media were studied numerically.
本文采用数值计算方法分析了圆管中部分填充多孔介质时在充分发展段的流动与传热特征,并运用场协同原理分析了其强化传热机理。
3) non-fully developed
未充分发展
1.
Study of electromagnetic scattering from fractal sea surface based on non-fully developed sea spectrum;
基于未充分发展海谱的分形海面模型及其电磁散射研究
2.
A fractal sea model based on non-fully developed full-range sea spectrum(NDFFM),which is believed to be more applicable to the real sea surface,is presented.
给出了一种更符合海面实际情况的基于未充分发展海谱的分形海面模型(NDFFM),使用双尺度法计算了NDFFM海面的后向散射截面,并研究了动态散射场幅值分布。
4) fully developed flow
充分发展流
5) full-developed region
充分发展区
6) fully developed flow
充分发展流动
1.
A theoretical investigation is presented for fully developed flow of power law fluid through a rectangular duct,this modelling is based upon the Patankar's control volumemethod -a famous numerical simulation method of fluid flow and heat transfer.
针对假塑性幂律流体在矩形通道中充分发展流动问题,用帕坦卡方法作数值分析,文中讨论了不等距网格的划分方法和粘度系数的插值方法。
补充资料：充分发展流
分子式：
CAS号：
性质：流体进入圆管，在形成的边界层厚度等于管的半径，边界层汇合于管轴之处及其后各处的流动状况。充分发展流在管截面不同同心圆处流速不同，但其分布维持不变。
CAS号：
性质：流体进入圆管，在形成的边界层厚度等于管的半径，边界层汇合于管轴之处及其后各处的流动状况。充分发展流在管截面不同同心圆处流速不同，但其分布维持不变。
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