粘性流體 的英文怎麼說

中文拼音 [niánxìngliútǐ]
粘性流體 英文
viscous fluid
  • 粘 : 粘動詞（粘附） glue; stick; paste; adhere to; bond
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 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...
  • 體 : 體構詞成分。
  • 流體 : [物理學] fluid; fluor流體力學 fluid mechanics; hydromechanics; 流體生物學 hydrobiology; 流體運動學 hydrokinematics
  1. Several research advances in viscose fluid mechanics

    粘性流體力學研究的若干進展
  2. Disturbance of plane viscous flow and hamiltonian system

    平面粘性流體擾動與哈密頓體系
  3. Nonviscous fluid, inviscid fluid

    無粘性流體
  4. The time-dependent group of purely viscous fluids includes the thixotropic and the rheopectic fluids.

    純粘性流體中與時間有關的一類包括觸變性流體和流凝性流體。
  5. Velocity field in ship waves on the viscous fluid

    在粘性流體中船行波的速度場
  6. 4. based on the viscous hydrodynamics, the leakage characteristics of newton liquid that is transmitted by helical gear pump are researched for the aim of the least power loss, and the leakage model is founded, the mathematic models of the radial and the axial leakage are gained. at the same time the optimal radial leakage and axial leakage are got, and the numerical calculation is achieved

    基於粘性流體力學，以功率損失最小為目標，首次對牛頓流體在斜齒齒輪泵中的漏流特性進行了研究，建立了泄漏模型，分別得到了斜齒齒輪泵的徑向和軸向泄漏的數學計算模型；同時得到了斜齒齒輪泵最佳徑向間隙和最佳軸向間隙，並在此基礎上進行了數值計算。
  7. The resonant flow was researched in this paper, which is an incompressible, inviscid fluid with surface tension and different variational bottoms ; the effects of different variational walls on the nonlinear surface waves were analyzed

    本文通過對具有表面張力的、不可壓縮、無粘性流體流過不同壁面時的共振流動進行研究，分析了壁面變化對非線性表面波的影響。
  8. A simplified set of equations for analysis of the filling. finite difference methods are used for the pressure calculation. advancement of flow f ront uses a control volume approachand dynamic simulation of the moldfilling process is achieved. other is wetting out process which is the most critical stage in rtm. this stage is a typical porous media flow problem

    從粘性流體力學的質量和動量方程出發，建立了描述充模流動過程的數學模型，利用有限差分法求解壓力方程，並利用控制體積法跟蹤流體前沿；第二部分是充模流動的主體部分，屬于典型的多孔介質的流動問題。
  9. Upwind local differential quadrature method for solving coupled viscous flow and heat transfer equations

    求解粘性流體和熱遷移聯立方程的迎風局部微分求積法
  10. Singular nonlinear boundary value problems arising in the theory of viscous

    粘性流體理論中一類奇異非線性邊界值問題
  11. Numerical simulation of viscous flow round a circular cylinder by finite element method

    粘性流體圓柱繞流的有限元模擬
  12. The author makes a mathematics model by viscous hydrodynamics and so on theories of the flowing material a and b on the board, and deduces the formulas of the film thickness and perfusion measure. i also analyze the surface tension of liquid, in order to find out the best technical parameters and to control

    作者利用粘性流體力學等理論建立了a 、 b混合料在太陽能電池板上流動的數學模型，從而推導出薄膜的厚度和灌注量的計算公式，並對所形成液面的表面張力進行分析，以找出最佳的技術參數，以便對其進行控制。
  13. This dissertation has on the research and design of a micro turbine engine as background and it is for the purpose of comprehending viscous flow behaviors in micro scaled conditions and that in the mini - turbine cascades. a mini wind tunnel is designed and set up which also can be used in other micro flow experiments. on the basis of this mini wind tunnel, three mini flow experiments, including micro jet experiment, micro boundary layer experiment and mini - turbine cascades experiment, have been carried out

    本文以某型微型渦輪噴氣發動機研製為背景，以認識微尺度下粘性流體流動狀態及其機理和微渦輪葉柵通道內部流動特性為目的，設計並搭建了除本實驗外還可供其他流體力學實驗使用的微型風洞，並在該微型風洞基礎上進行了微尺度射流實驗、微尺度壁面邊界層實驗和微尺度渦輪葉柵實驗。
  14. Firstly, based on n - s equation, the momentum differential equation （ contained centrifugal force ） is derived by simplification in boundary layer and then integrates the differential equation over the thickness of the boundary layer, the momentum integral equation is deduced. the dimensionless centrifugal factor is introduced, then the solution of the momentum integral equation is obtained. the dimensionless group is introduced to determined separation of boundary layer

    本文首先根據粘性流體力學的一般方程，通過在邊界層內進行量級比較，在所限定的范圍內得到了含有離心力的邊界層動量微分方程並給出其滿足的邊界條件，然後對該微分方程在邊界層內積分得到離心泵葉輪邊界層動量積分方程，在求解過程中引入了無量綱離心因子，並作了相應合理的假設，得出積分方程解的一般表達式，並引入以邊界層動量損失厚度為主要特徵量的無量綱參數對邊界層分離進行評價。
  15. The outstanding benefit of this construction is the straight liquid passage which is - from a fluidic point of view - especially advantageous for suspensions, viscous or abrasive fluids as well as such not being allowed to be exposed to gravity or containing solids

    這種泵的設計上的顯著優點是其直線的流通通道，從流體的角度看，這一點在處理懸浮液、粘性流體或有磨蝕性流體，以及不能暴露在重力下或含有固體的的流體時特別有利。
  16. Based on the shear theory of newtonian viscous liquid, the fusible damp coefficient is established for electromagnetism dynamic polymer extruder screw ' s axial vibration system

    摘要對聚合物電磁動態塑化擠出機螺桿軸向振動系統，根據牛頓型粘性流體的剪切理論，確定了聚合物熔體的阻尼系統。
  17. Finite - element approximations of steady state incompressible viscous flow

    不可壓縮粘性流體定常流動的有限元近似
  18. The numerical simulation for waves generated by a moving body in a viscous two - layer fluid

    兩層粘性流體中運動球體尾流的數值模擬
  19. Fem equation of fluid - solid coupled vibration was constituted by analyzing fem equation of incompressible viscosity fluid and elastomer. based on the equation, vibration characteristics of vane in the air and frequency and swing of fluid - solid coupling vibration are calculated by using ansys

    本論文通過對不可壓縮粘性流體的有限元方程和彈性體振動的有限元方程的分析，得到了彈性體與粘性流體流固耦合的有限元方程。
  20. Recently, mixing of liquids has been associated with the chaotic behavior of dynamics system and it is to provide a new method for analyzing and understanding numerous mixing

    最近粘性流體分佈混合和動力系統的混沌行為聯系起來，為分析和理解各種混合提供了新思路。
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