compressible fluid flow

可压缩的液流

机械



双语例句

  1. Thermodynamics of compressible fluid flo equation of compressible flow
    可压缩流体流动方程
  2. In this paper, the theory of steady compressible fluid flow of 1-D is used to present the necessary boundary conditions for temperature field calculation in a tunnel when an internal combustion engine powered train is crossing.
    应用一维稳定可压缩流体流动理论,提出了内燃机车通过隧道时引起空气温度变化数值计算所必需的边界条件。
  3. Numerical modeling of three dimensional and time dependent compressible fluid flow with an arbitrary Lagrangian Eulerian
    任意欧拉-拉格朗日耦合框架下三维非定态可压缩流体流动的数值模拟
  4. Method of calculation of the optimum velocity distribution on arbitrary stream surface of revolution for the compressible fluid flow in the cascade of Turbomachinery
    任意回转面上可压缩流动透平叶栅壁面最佳流速分布的计算方法
  5. According to the characteristics of the varying density of fluids in a fossil power plant, this paper endeavored to apply the advanced tool, compressible fluid flow network, to the modeling method is proposed.
    针对火电站实际系统部分流体在流动过程中密度变化大的特点,从基本物理定律出发,介绍了可压缩流体网络的建模方法。
  6. Finite elements state space model for one dimensional compressible fluid flow
    一维可压缩流的有限元状态空间模型
  7. In this paper we investigated the vibration and stability of a cylindrical shell conveying compressible fluid by considering the effect of flow speed to the coupled system eigenvalue, and solved Bessel's equation by using Thomson's function.
    本文研究了可压缩流体引起输液管道的振动及稳定性,考虑了流体速度对耦合系统特征值的影响,并利用Thomson函数对复宗量的Bessel方程进行了求解。
  8. NUMERICAL CALCULATION OF SUBSONIC TURBULENT RECIRCULATING COMPRESSIBLE FLUID IN A CONICAL DIFFUSER Computer Simulation of Complex Turbulent Flow in a Conical Diffuser with Outlet Pipe
    有分离流的亚声速圆锥扩压器内紊流可压缩粘性流的数值计算带后续管的渐扩管路内复杂紊流的计算机仿真
  9. Based on the theory of unsteady flow of compressible fluid and the seepage theory of formation fluid, the mathematical model of the gas transient flow in the wellbore has been established.
    基于可压缩流体不稳定流动理论及地层流体渗流理论,建立了气体钻井过程中井筒瞬态流动的数学模型。
  10. This software is applicable to the incompressible fluid and the compressible fluid, it can calculates the flow of each flow-path and the pressure or temperature of each press-node in the fluid network with high accuracy and good real-time performance.
    该软件适用于不可压缩流体和可压缩流体,能进行流道流量、节点压力和温度的计算,精度高,实时性好。
  11. There is relationship in some degree between wood permeability to compressible fluid and flow pattern of the permeating fluid.
    木材可压缩流体渗透性与可压缩流体的流动型态间有一定关联。
  12. The flow of compressible fluid in porous medium is a result of coupling of liquid flow and solid deformation. It is rather important to study the law of fluid solid interaction.
    可压缩流体在多孔介质中的流动过程是流体流动和固体变形相互耦合作用的结果,研究多孔介质中流固耦合渗流规律对于完善流固耦合理论以及工程应用有着重要意义。
  13. Tow Dimentional Numerical Simulation for Compressible Fluid Transient flow Through a Converging Curve
    可压缩气体通过渐缩形弯道的二维瞬态流动数值模拟
  14. Application of Compressible Fluid Flow Network in Real Time Simulation of Power Plants
    可压缩流体网络技术在电站仿真系统中的应用
  15. Numerical study of heat transfer characteristics for compressible fluid flow in smooth microtubes
    微细光滑管内可压缩流动换热特性的数值研究
  16. A compressible factor was applied to improve the stability of calculation procedure in the moving particle semi-implicit method for the numerical simulation of fluid free surface flow.
    引入可压缩因子,对移动粒子半隐式方法(MPS)进行了改进,解决了MPS方法在计算中容易出现的不稳定问题。
  17. The results show that the flow in the vapour ejector can be analyzed and explained accurately with the drag reduction model of the compressible fluid flow field synergy.
    分析结果表明,可压缩场协同减阻模型可对蒸汽喷射器内部流场的变化情况进行较为准确的解释分析。
  18. MPS differs from the other particle methods, such as the weak compressible SPH method is to use the model to approximate incompressible fluid flow problems.
    MPS法不同于其他一些粒子法,如SPH法是使用弱可压缩模型来近似模拟不可压缩流体流动性问题。
  19. The results show that it is a better way to optimize the vapour ejector with the compressible fluid flow field synergy.
    研究结果表明,可压缩流动场协同可以有效指导蒸汽喷射器的优化设计。
  20. There are a number of complicated scientific issues in thermoacoustic systems, for example, low Mach compressible fluid flow and heat transfer, nonlinear effects and multiscale effects in both space and time.
    热声系统中包含了低Ma数可压缩交变流动与换热、非线性效应、时空多尺度问题等一系列复杂的科学问题。