结果表明：理想流体的对流传热与黏性流体同样存在着热边界层。
It is shown that there exists a thermal boundary layer for the convective heat transfer of ideal fluids also, similar to that for viscous fluid.
研究倾斜荷载作用在黏性流体与热弹性微极蜂窝结构固体界面上时，荷载倾斜角的影响。
The effect of Angle of inclination at the interface of a viscous fluid and thermoelastic micropolar honeycomb solid due to inclined load is investigated.
地圈，水圈和大气是流体；他们的主要差别是他们的黏性。
Geosphere, hydrosphere and atmosphere are fluids in motion; their main difference is their viscosity.
研究结果表明，随着滑移参数的增加，挤压黏性力减小，流体刚性层厚度增加；
The results showed that the squeeze viscous force decreases with the slip parameter increases, the rigid region of the fluid increases with the slip parameter increases.
并测出了液体黏性联轴器的表面温度场，对研究实验件内部流体温度的变化有重要意义。
The surface temperature of liquid viscous coupling was also given, which is important for researching the temperature changing in liquid viscous coupling.
建立了黏性可压缩流体的控制方程，给出了适合注射成型特点的边界条件及黏度模型，导出了求解压力场的控制方程。
The governing equation of viscous compressible fluid and the boundary conditions for injection molding was formulated, based on which the governing equation about pressure field was derived.
研究在非线性多孔收缩表面上黏性磁流体(MHD)的流动。
The MHD flow of a viscous fluid towards a non-linear porous shrinking sheet was investigated.
最后以一维黏弹性流体饱和孔隙介质为例，分析了黏性系数对动力响应的影响。
Taking one-dimensional fluid saturated viscoelastic porous medium as example, the influence of viscous coefficient on the dynamic responses has been investigated.
讨论了半空间中满足无渗透边界条件的一维黏性可压缩热传导流体的流动，给出了在小扰动和非等温条件下稀疏波的渐进稳定性。
The asymptotic stability of the rarefaction wave has been established for the impermeable wall problem under small perturbation conditions and non-isothermal conditions.
根据流体力学中的绕球定常黏性流动理论，在振动台试验的基础上，设计了一套砂土液化及液化后流动特性的试验装置。
According to the theory of dropping ball viscosimeter, the test apparatus of flow characteristics of liquefied and post-liquefied sand is developed based on the shaking table tests.
根据流体力学中的绕球定常黏性流动理论，在振动台试验的基础上，设计了一套砂土液化及液化后流动特性的试验装置。
According to the theory of dropping ball viscosimeter, the test apparatus of flow characteristics of liquefied and post-liquefied sand is developed based on the shaking table tests.
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