1) main flow Reynolds number
主流雷诺数
1.
The influences of the arrangements of film cooling holes,average blowing ratio and main flow Reynolds number on the film cooling effectiveness were studied.
实验研究了开孔方式、主流雷诺数及平均吹风比等因素对某种多孔纵向波纹表面沿程气膜冷却效率的影响规律。
2) turbulent Reynolds number
紊流雷诺数
3) turbulent flow Reynolds number
绕流雷诺数
4) turbulent Reynolds
湍流雷诺数
1.
The equations of K k? εk?θp which can be applied to high and low turbulent Reynolds number flow field are deduced in details and the phys.
本文建立了考虑可压缩性影响的密相气固两相湍流的模型:气相为K f? εf,颗粒相为K p? εp?θp,并详细推导出适用于高低湍流雷诺数下的K k? εk?θp方程组,还讨论了方程组中各项的物理意义。
5) low Reynolds number flow
低雷诺数流动
1.
We present a symplectic analytical method for the study of two-dimensional low Reynolds number flow in a wedge-shaped cavity caused by constant unit tangential velocity of the curved wall.
采用辛对偶方法对楔形空腔环向边界驱动的低雷诺数流动进行计算,研究了楔形空腔内的流场变化。
6) binary fluid Reynolds number
二元流雷诺数
补充资料：主流
即“干流”(310页)。
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