流體的流動 的英文怎麼說

中文拼音 [liútǐdeliúdòng]
流體的流動 英文
flow of fluid
  • 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。
  • 的 : 4次方是 The fourth power of 2 is direction
  • 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
  • 流動 : 1. （液體或氣體移動） flow; run; circulate 2. （經常變換位置） going from place to place; on the move; mobile
  1. 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。
  2. In hydraulic systems, the flow rate of the fluid may be considered as a through variable, and the pressure causing the flow may be the across variable.

    在水利學系統中，流體的流速可考慮作流通變量，而引起流動的壓力可考慮作跨接變量。
  3. The comprehensive effect of partial acidlity of working medium, flowing status of fluid, nocuous material in atmosphere, together with the overlong usage, largely increased the corrosion rate and caused the leakage

    結果表明，泄漏的主要原因是焊接缺陷導致焊縫區發生縫隙腐蝕，而工作介質的局部酸性、流體的流動形態、大氣中有害物質、溫差應力等綜合作用，加上使用期過長等加劇了腐蝕，導致該塔泄漏。
  4. Beyond the boundary layer, the motion is highly irregular.

    超出邊界層以外，流體的流動非常沒有規律。
  5. Valves - test of flow resistance using water as test fluid

    閥門.用水作為試驗流體的流動阻力試驗
  6. Valves - test of flow resistance using water as test fluid ; german version en 1267 : 1999

    閥門.以水作試驗流體的流動阻力試驗
  7. At the beginning of the paper, we analysed the flow characteristic of microfluid, the dimension partition of microfluid, the major influence factors, and the research method

    本文首先分析了微流體的流動特徵、尺度劃分、主要影響因素以及研究方法。
  8. The lattice boltzmann method is a rising method of numerical simulation. it comes from the discrete movement theory and has been applied to simulate fluid flow and heat transfer

    格子boltzmann方法是一種新興的數值模擬方法，它從離散運動論出發，在介觀尺度上研究流體的流動和傳熱機理。
  9. The spatial distribution of shala, stylolites, baffles and other heterogeneities determines the pattern of fluids flow within the oil reservoirs and specially the ultimate oil recovery

    泥葉巖、縫合線、隔層和其它非均質性的空間分佈決定油藏中流體的流動模式和最後油藏的自我恢復。
  10. Based on biot ' s consolidation and simplified sea - bed to two dimensional sea - bed, numerical simulation about the response of sea bed to waves is developed. the assumption was wielding, such as linear wave loading, linear elastic skeleton of soil and darcy ' s law flow

    本文選用了基於biot固結理論，將海床進行二維簡化的情況下海床對波浪響應的數學模型，在模型中採用下列假定：線性波浪作用，線彈性土骨架，孔隙流體的流動滿足達西定律。
  11. Secondly, the process model is established. the process is departed into two stage. one is pre - process. the moldfilling of polymer melt in three dimensional thin parts is a viscous, incompressible flow with moving boundaries

    整個充模過程分成兩部分：第一部分為預充模過程，這一過程屬于帶有運動邊界的粘性不可壓縮流體的流動。
  12. The field harmony theory was used to analyze convection heat transfer with heat sources. the intensity of the heat source was related with not only the velocity and the fluid properties but also the harmonious degree between the velocity and heat flux fields

    場協同理論把對流換比擬為有內熱源的導熱問題，認為對流換熱的強化不僅取決于流體的流動和流體的物性，還取決于流場與溫度場的協同關系。
  13. In microfluidics systems, many parameters influence on the flow moving and control, for examples, microchannel surface characters, section shape. in this paper the main work is the research on the mechanism forming electroosmoticflow, theory analysis and simulation on the influence of the geometry parameters on the microflow. this paper reviews the development history of dc electroosmotic micropump and introduces the principle of electric double layer and dc electroosmotic micropump

    在微流控系統中微通道的表面特性、截面形狀等都會對電滲流流體的流動和控制產生影響，因此本文的主要工作內容就是對電滲流的產生機理進行研究和對微通道的幾何參數對其中的流體的流動狀況的影響進行分析。
  14. The study also shows that continuous sand inflow is indeed one of the most key mechanisms by chop for ior, such as forming highly flowing channels, removing skin effect and improving fluid flowing performance in have oil reservoir

    地層連續出砂使得井筒附近形成高滲流通道，解除了表皮污染，改善了油藏中流體的流動特性。
  15. In this article, the following is discussed : the realization of signal processing and data logging circuit, the design of optic - fiber sensors and under - well single transfer circuit. a laboratorial model is built to simulate multiphase - flow meter ' s working condition. finally, feasibility of the technical is proven by some examinations

    論文中主要討論了以dsp晶元為核心的多相流量計信號處理及數據記錄電路的設計、幾種應用於該種多相流量計的光纖傳感器的設計、傳感器信號變送傳輸電路設計、以及多相流組分與光折射率關系的推算，並設計油井管道模型模擬多相流體的流動，在此基礎上通過試驗初步分析和驗證了這種計量技術的可行性。
  16. And at the same time, considering the situation of varying oil viscosity and oil - flow inertia, this paper analyzes flowing properties of fluid in bearing clearance, which provide theory reference for more reasonable design and application of hydrostatic bearing in the equilibrium of axial force, and then carries out computer simulation a nd experiment verifying

    同時，在考慮油液粘度變化和油流慣性的情況下，分析了支承縫隙中流體的流動特性，並進行計算機模擬和實驗驗證，這為靜壓支承在軸向力平衡中的進一步合理設計和應用提供了理論參考。
  17. Most of partial differential equation arising from physical or engineering science can be formulated into conservation form : it directly reflects conservation laws in natural sciences. from viewpoints of fluid dynamics, it can be obtained from the mass, momentum, energy conservation laws. because the form ( 0. 2. 1 ) has no other terms such as dispersion, diffusion ( caused by nonuniformity of some physical states ), reaction, memory, damping and relaxation etc, smoothness of solution of ( 0. 2. 1 ) may be loss as times goes on. even for the smooth inital data, solutions of ( 0. 2. 1 ) become discontinuous in a finite time

    由於雙曲守恆律（ 0 . 1 . 1 ）沒有其它項，如色散（ dispersion ） ，擴散（ diffusion ） （某物理量分佈不均勻引起的輸運） ，反應（ reaction ） ，記憶（ memory ） ，阻尼（ damping ）及鬆弛（ relaxation ） （描述非平衡態）等，而僅有輸運或對流項（ convection ） （由於流體的流動引起的輸運）時，守恆律（ 0 . 1 . 1 ）的解失去光滑性（這里不特殊說明守恆律就指該意義下） ，甚至即使光滑的初始數據，解隨著時間的發展會變成不連續，這在物理上表現為激波的形成。
  18. This paper applies the lattice boltzmann method to simulate flow and energy transport of nanofluids

    本文基於格子boltzmann方法研究納米流體的流動與能量傳遞過程。
  19. So they can both be advantage or disadvantage for the flowing of fluid in rocks

    因此，它們既可能利於巖石內流體的流動，也可能不利於巖石內流體的流動。
  20. The rotation of these planetary bodies deflects the flow of gases or liquids on their surfaces or in their atmospheres into complex, chaotic turbulence patterns

    行星的自轉使流體的流動產生偏轉，造成了復雜混亂的湍流。
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