incompressible

1. The elastostatic field near the interface crack tip between two incompressible materials is analyzed with the fully nonlinear theory.
   采用完全非线性弹性理论，研究了两类不可压缩材料形成的界面裂纹尖端场。
2. Dynamic response of viscoelasticity structure is analyzed based on nearly incompressible finite element method.
   采用近似不可压缩有限元方法，分析了粘弹性结构的动力响应。
3. The dynamical equation of a two-dimensional airfoil with polynomial hysteresis nonlinearity is built in an incompressible flow.
   建立了不可压流动中多项式迟滞非线性二元机翼的气动弹性运动方程，然后利用谐波平衡法进行了求解。
4. For an incompressible fluid in steady flow, the equation takes the following form.
   对于不可压缩流体作稳恒流动的连续性方程有如下形式。
5. The flow characteristics of inner flow field of turbine are computed with three-dimension incompressible continuous equation, momentum equation and turbulent kinetic-dissipation equation.
   采用三维不可压紊流的连续方程与动量方程和紊动能与耗散率方程对内部流场进行研究计算。
6. The existence of the pullback attractors in the locally uniform space for non-autonomous incompressible non-Newtonian fluid was proved in this paper.
   对无界区域证明了二维非自治不可压缩非牛顿流体在局部一致空间中拉回吸引子的存在性。
7. The numerical solution of incompressible viscous flow over an aerofoil is obtained by H-type grids and a special difference scheme.
   本文用H型网格和特殊的差分格式数值求解了粘性不可压缩叶型绕流。
8. The properties of bifurcation points of airfoil flutter with cubic nonlinearity in incompressible flow are studied.
   对定常空气动力作用下、含立方非线性刚度的二元机翼颤振系统的分叉点进行了研究。
9. Gases are frequently regarded as compressible, liquids as incompressible.
   人们通常认为气体是可压缩的，而液体是不可压缩的。
10. Level-set Method for Two-phase Incompressible Fluid Interface Dynamics;
    levelset方法在两相不可压缩流体分界面动力学中的应用稳态热流和不可压缩流体的流动可相比拟。
11. Research on the bifurcation characteristic of free gas nucleus in incompressible liquid
    不可压缩液体中自由气核分叉特性研究
12. Study on Incompressible Free-surface Flow by SPH
    不可压自由表面流的SPH法数值模拟研究
13. Compared with those obtained by linear stability theory, the situation is similar to those for incompressible boundary layer.
    与线性稳定性理论的结果相比，二者的关系和不可压边界层的情况相似。
14. Numerical Approach Investigation of Isothermal Incompressible Fluid System in Steady State
    等温不可压流体系统稳态数值计算方法研究
15. Numerical and experimental study of incompressible viscous flow through a plane cascade at various angles of attack
    不同攻角下平面叶栅不可压缩实际粘性流动的数值和实验研究
16. Incompressible water impact Waves dashed against the harbour wall.
    不可压缩撞水冲击力波浪撞击着港口的墙基。
17. Liquids are incompressible, basically.
    液体基本上是不可压缩的。
18. If we are dealing with incompressible elastic solids, some simplifications can be achieved.
    如果所处理的是不可压缩的弹性固体，我们就可以完成某些简化。
19. The treatment of Rayleigh waves in general incompressible materials usually entails no greater simplicity compared to compressible solids.
    一般的不可压缩材料中的瑞利波的处理，与可压缩团体相比，通常并不会带来更大的简单性。
20. Current research status of the incompressible Navier-Stokes equation
    不可压Navier-Stokes方程的研究现状
21. Research on the Existence of Strong Solution for a Class of Incompressible, Viscous Fluid N-S Equation with Free Boundary
    一类不可压粘性流体N-S方程自由边界问题强解存在性研究
22. We now study the same problem for the incompressible materials.
    现在我们对于不可压缩的材料来研究同样的问题。
23. 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。
24. Thermodynamically compressible and incompressible fluids;
    可压缩和不可压缩流体；
25. 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。
26. For incompressible fluids, both the mass flux and the volume flux are constant in a tube of flow.
    对于不可压缩的流体来说，流管中的质量通量和体积通量都是恒定不变的。
27. Stabilized fractional step algorithm has been widely accepted for numerical solution of the incompressible N-S equations.
    分步算法已被广泛应用于数值求解不可压缩N-S方程。
28. For example, an aerodynamic model might be incompressible thin airfoil theory;
    例如，一个空气动力学模型可以是不可压的薄翼理论；
29. Multiscale Analysis and Numerical Simulations for Stability of Incompressible Flow of Maxwell Fluid
    Maxwell流体不可压缩流动稳定性的多尺度分析与数值模拟
30. The boundary treatment of the fourth-order compact finite difference scheme for the incompressible Navier-Stokes equations;
    针对地理信息系统地图数据量大的问题，提出了多分辨分析数据压缩和边界处理方法。

adj

1. incapable of being compressed
   1. mounds of incompressible garbage