縮流 的英文怎麼說

中文拼音 [suōliú]
縮流 英文
contracted flow
  • 縮 : 縮構詞成分。
  • 流 : Ⅰ動1 （液體移動; 流動） flow 2 （移動不定） drift; move; wander 3 （流傳; 傳播） spread 4 （向壞...
  1. An anomaly exists in the case of an incompressible fluid.

    不可壓縮流體是一種特殊情況。
  2. Steady-state heat flow is comparable to the flow of an incompressible fluid.

    穩態熱流和不可壓縮流體的流動可相比擬。
  3. Numerical simulations of compressible flow in cascade

    葉柵可壓縮流場的數值分析
  4. Initial boundary value problem for compressible fluids

    可壓縮流體方程組初邊值問題
  5. New compressible fluid equations with unified convection diffusion type

    統一的對流擴散型可壓縮流體力學方程與解法
  6. For an incompressible fluid in steady flow, the equation takes the following form.

    對于不可壓縮流體作穩恆流動的連續性方程有如下形式。
  7. We will consider first the case of two-dimensional incompressible steady flow through orthotropic soil.

    我們首先考慮二維不可壓縮流體通過正交各向異性土層的定常流動。
  8. The rayleigh - taylor ( rt ) instability in cylindrical and spherical geometries was analized in this thesis, based upon velocity potential theory

    本論文利用速度勢理論對柱和球幾何中不可壓縮流體的rayleigh - taylor （ rt ）不穩定性進行了研究。
  9. Vena contracta pressure tappings

    縮流取壓口
  10. Abstract : through a series of hydraulic model tests for researching actual power tunnel operation, a conclusion is reached that in order to get a better flow pattern the profile of the wate - carrying structure should be adapted to the variation of water streamline shrinkage, flow velocity and pressure intensity. the configuration and dimension of the kinetic energy dissipator should be selected carefully to make the water tunnel safe and reliable at different levels of diversion dischage

    文摘:針對實際工程中的發電引水隧洞運行的各種工況進行了水工模型試驗研究，指明要獲得良好的水流流態，過水建築物各部位結構輪廓的造型應適應水流流線的收縮、流速及壓強的變化；為使引水隧洞在各級引水流量下能安全可靠地運行，需慎重確定洞內消能工的體形和尺寸。
  11. The graphical modeling software can be used for model establishment for compressible or non - compressible fluid network in simulation system of thermal power - generation units

    圖形建模軟體可用於火力發電機組模擬系統中可壓縮及不可壓縮流體網路的建模。
  12. Numerical simulation on three kinds of typical flow patterns in the plunge pool of high dam

    不可壓縮流中板狀結構的振動分析
  13. Abstract : based on the data obtained from field observations and deformation monitoring, this paper deals with the deformation and failure of a double - decked slope composed of soft rock strata in its lower part and hard - brittle rock strata in its upper part. it is demonstrated that the deformation of this kind of slopes is always initiated by the non - homogeneous rheological compression of the lower soft rock strata, leading to the tension fracture and toppling of the upper hard rock strata, and at last the sliding of the whole deformed body will be caused by the shear failure along the stress - concentration zone in the lower soft rock mass under the actions of the gravitational loading and infiltration water

    文摘:以現場考察和變形監測資料為依據，探討一個下部有軟弱基座，上部為硬脆性坡體的「二元結構」邊坡的變形破壞問題，揭示這類邊坡的變形總是以下部軟弱巖體的不均勻壓縮流變為先導，進而引起上部硬脆性坡體的拉裂與傾倒，最終通過滲入水的作用，使下部承載狀況已進一步惡化了的軟弱巖體，沿剪應力集中帶發生剪切破壞而導致整個變形坡體的下滑。
  14. We establish equations based on the darcy theory and incompressible - flow continuity - equation

    根據darcy定律和不可壓縮流體連續性方程建立樹脂流動控制方程。
  15. In this work, we detailedly introduced the whole ideas of rkdg finite element method and the theory of constructing gas - kinetic schemes based on boltzmann equation. and then presented a kind of new computational method for solving id and 2d compressible euler equations, i. e. firstly, we discretize euler equations in the space with discontinuous galerkin finite element method ; secondly, we discretize temporal variable t with runge - kutta formula ; thirdly, for numerical fluxes constructing, we give two kinds of different numerical fluxes - kfvs and bgk numerical fluxes by using gas - kinetic schemes

    本文分別對rkdg有限元方法的整個思想和基於boltzmann方程的分子動力學格式的構造思想給予了詳細的介紹，並分別結合rkdg有限元方法與kfvs數值通量和bgk數值通量的構造方法，給出了一種求解一維、二維可壓縮流體力學方程組新的計算方法，即，我們先用間斷有限元方法進行空間離散，然後再對所得到的半離散格式使用runge - kuttatvd方法進行時間離散，得到全離散格式。
  16. The course begins with the basics of compressible fluid dynamics, including governing equations, thermodynamic context and characteristic parameters

    本課程從可壓縮流體動力學的基礎開始講起，內容包括控制方程，熱力學背景知識和特性參數。
  17. As is known to all, navier - stokes equations are fundamentally important in describing the motion for viscous incompressible fluids. for a long time, these equations have been deeply investigated by a lot of scientific workers, including many famous mathematicians

    作為描述粘性不可壓縮流體運動規律的基本方程， navier - stokes方程長期以來得到包括許多著名數學家在內的眾多科學工作者的廣泛關注。
  18. Moreover, the applicability of the incompressible friction factor is discussed. ( 3 ) the effects of surface roughness in microchannels were taken into account in terms of a roughness - viscosity function

    （ 3 ）將微管道表面粗糙度的影響等效為粗糙度粘性系數，提出適合於可壓縮流動的二維和三維粗糙度粘性系數模型。
  19. Pneumatic fluid power - components using compressible fluids - determination of flow - rate characteristics

    氣動液壓動力.用可壓縮流體的元件.流動速率特性的測定
  20. With introduction of pseudo compressibility, two - dimensional euler equations are derived. referring to compressible method, central finite volume scheme is employed to develop a computational code

    參照可壓縮流動計算的中心格式有限體積法完成了擬壓縮方法二維定常不可壓euler方程的推導和流動計算程序的編寫。
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