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1·Liquids are incompressible, basically.

液体基本上是不可压缩的。

2·An important characteristic of brake fluid is that it is incompressible.

刹车油的一个重要特性是它不可压缩。

3·The non-linear wave of incompressible fluid in an elastic pipe is studied.

本文研究弹性管中的流体非线性波问题。

4·We can assume that the liquid is incompressible over that small pressure change.

变化下，液体是不可压缩的。

5·Steady-state heat flow is comparable to the flow of an incompressible fluid.

稳态热流和不可压缩流体的流动可相比拟。

6·Some cases of compressible flow as well as incompressible flow are presented.

分别对可压缩叶栅流场的亚音速和跨音速流动进行了数值模拟计算。

7·Gases are frequently considered to be compressible, liquids to be incompressible.

通常以为，气体是可压缩的，而液体是不可压缩的。

8·The incompressible condition can be maintained by a corrective feedback operation.

通过反馈修正，各时间增量步满足不可压缩条件。

9·We study the properties of incompressible pairwise incompressible surfaces in knot exteriors.

讨论了纽结补中的不可压缩、分段不可压缩曲面的性质。

10·We will consider first the case of two-dimensional incompressible steady flow through orthotropic soil.

我们首先考虑二维不可压缩流体通过正交各向异性土层的定常流动。

不可压缩

1·Liquids are incompressible, basically.

液体基本上是不可压缩的。

2·We can assume that the liquid is incompressible over that small pressure change.

变化下，液体是不可压缩的。

3·A method is proposed to calculated the incompressible three-dimensional turbulent boundary layer on both wall surfaces of vaneless diffusers.

提出了一种计算无叶扩压器两壁面上不可压缩三元紊流附面层的方法。

4·Then the fundamental equations of the incompressible Newton fluid flowing in the isotropy porous media are derived according to the new continuum model.

从新的连续介质模型出发，导出不可压缩牛顿流体在各向同性多孔介质中流动的渗流基本方程。

5·The results obtained from this numerical experiment may be of some universal significance for the treatment of rigid wall boundary conditions of viscous incompressible flow.

本文数值实验中的一些结果对粘性不可压缩流固壁数值边界条件的处理可能具有一定的普遍意义。

(1)incompressible flow不可压缩流