1) liquid viscosity
液体粘性<冶>
2) viscous liquid
粘性液体
1.
By analyzing the bubble formation process through the orifices in a viscous liquid,a theoretical model is developed for calculating the bubble diameter and the bubble formation process is simulated with FLUENT6.
针对粘性液体中锐孔生成气泡过程进行分析研究,建立了求解气泡直径的理论模型,并用FLUENT6。
2.
By means of explicit expressions of pressure exerted on a rotor partially filled with a viscous liquid,it is that discussed dynamic stability of aforementioned rotor,obtained some valuable results and united Hendrick s and Christenson s results which are different.
根据作用在部分充以粘性液体转子上压力的显式表达式 ,讨论了上述转子的动力稳定性 ,得到了一些有价值的结果 ,统一了 Hendricks和 Christenson的截然不同的结果 。
3) liquid viscosity
液体粘性
1.
Under the consideration of surface tension, the boundary integration method for numerical simulation of a two dimensional bubble rising and distorting in a viscous liquid is derived by use of the boundary layer approximation, in which the effects of the liquid viscosity on the inviscid potential flow are reduced to the modifications of boundary conditions of the potential flow at the free surface.
本文在考虑界面张力的条件下 ,用边界层方法通过把液体粘性对无粘势流的影响化为修改势流在自由面上边界条件的办法 ,导出了数值模拟二维气泡在粘性液体中上升和变形的边界积分方法。
2.
Under the consideration of surface tension the boundary integral method for numerical simulation of a two dimensional bubble rising and distorting in a viscous liquid is derived by use of the boundary layer approximation where the effects of the liquid viscosity on the inviscid potential flow are reduced to the modifications of boundary conditions of the potential flow on the free surface.
在考虑界面张力的条件下，用边界层方法通过把液体粘性对无粘势流的影响化为修改势流在自由面上边界条件的办法，导出了数值模拟二维气泡在粘性液体中上升和变形的边界积分方法。
4) liquid cement theory
液体粘合理论<冶>
6) visco-elastic fluid
粘弹性液体
1.
The generalized flow analysis of non-Newtonian visco-elastic fluid flows in porous media;
多孔介质中粘弹性液体广义流动分析
补充资料：融融冶冶
1.美好艳冶。
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