The compound of Alkali Surfactant Polymer (ASP) is a kind of viscoelastic fluid, its rheological behavior can be formulated by power law model in simple shear flow within medium shear rate.
就其流变性而言，聚合物溶液和碱—表面活性剂—聚合物（ASP）复合体系均属粘弹性流体，但在中等剪切速率的简单剪切流动条件下，其流变性可用幂律模式描述。
By using a particle image velocimetry (PIV), an experimental study was performed on the swirling flow of viscoelastic fluid with deformed free surface in a cylindrical container.
利用粒子图像测速仪(PIV)对圆筒形容器内有自由表面变形的粘弹性流体旋转流动进行了实验研究。
The flow and displacement characteristics of the viscoelastic polymer solution in the pore model with blind ends are studied.
研究了粘弹性聚合物溶液在盲端孔隙模型中的流动与驱替特性。
Then plastic flow mechanics are depicted in three aspects as follows: heat transfer, physical state changing and viscoelastic formation.
从传热学、物理状态变化和粘弹形变三方面阐述了微通道热压成形过程中塑料的流动机理。
So, that researching on the flow of viscoelastic fluid in annulus with the inner cylinder executing a planetary motion has great significance in academic theory in the engineering.
因此研究粘弹性流体在内管做行星运动的环空中的流动具有学术理论意义和工程实际意义。
The flow laws of the polymer solutions of different viscoelastic properties in porous reservoir media are obtained.
分析了具有不同黏弹性质的聚合物溶液在油藏多孔介质中的流动规律。
On the basis of the analysis of AFM's mechanical properties, the conclusion that the necessary conditions of AFM are abrasive flow media's viscoelastic property is reached.
在分析磨料流加工的力学特性基础上，得出了流体磨料的粘弹性是进行磨料流加工的必要条件。
Employed wave propagation approach, the vibrational power flow of a submerged infinite cylindrical shell coated with unconstrained viscoelastic layer excited by a radical harmonic force is studied.
采用波传播分析方法，讨论了外部敷设粘弹性自由阻尼材料的无限长圆柱壳在流场中受径向简谐激励的振动功率流。
China, became a graduate student, majoring in numerical simulation of viscoelastic fluid flow in Tsinghua Univ. and after three years there honored the master degree.
硕士期间从事粘弹性流体的数值模拟及研究，并在三个方面取得了有创造性成果。
China, became a graduate student, majoring in numerical simulation of viscoelastic fluid flow in Tsinghua Univ. and after three years there honored the master degree.
硕士期间从事粘弹性流体的数值模拟及研究，并在三个方面取得了有创造性成果。
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