管道流的英文

• channel flow
• pipeline (software)

• "管道"英文翻译    pipeline; channel; tunnel; p ...
• "管道流动" 英文翻译 :    ducted flow
• "管道流速计" 英文翻译 :    pipeline gauge
• "封闭式管道流" 英文翻译 :    closed conduit flow
• "完全发展的紊流管道流动" 英文翻译 :    fully developed turbulent pipe flow
• "槽道流" 英文翻译 :    open-channel flow
• "赤道流" 英文翻译 :    equatorial current
• "道流板" 英文翻译 :    repeller
• "道流堤" 英文翻译 :    diversion dike
• "通道流" 英文翻译 :    ducted flow
• "管道" 英文翻译 :    [工业] pipeline; channel; tunnel; piping; canalis; pipe run; duct; conduit; conduit pipe; ducting; line of pipes; pipe alley 污水管道 soil pipeline; 煤气管道 gas pipe; 消防管道 fire fighting pipeline; 管道安装 piping erection; 为新房子安装自来水管道 pipe a new house for water; 室外的管道需要油漆了。 the piping outside the house needs painting.; 管道安装工 pipelayer; pipeman; 管道泵 pipeline pump; 管道电缆 underground cable; conduit cable; duct cable; 管道工 pipeliner; pipe-man; 管道工程 plumbing; pipework; 管道化 channelization; 管道煤气 pipelined gas; 管道清洁工 swab-man; 管道入口 entrance; conduit box; 管道设计 channel design; 管道施工 pipeline construction; 管道输煤 pipeline coal transporting; 管道输沙 sediment transport through pipeline; 管道输送 pipage; pipeage; 管道弯头 channel bend; 管道网 grid; network of pipe lines; 管道遥测 pipeline telemetering; 管道运输 pipeline transport; transportation by pipelines; 管道装置 plumbing installation
• "槽道流动" 英文翻译 :    flow of canal
• "道流车道" 英文翻译 :    directional lane
• "道流工程" 英文翻译 :    diversion construction
• "道流系数" 英文翻译 :    perveance
• "航道流态" 英文翻译 :    channel regimen
• "河道流量" 英文翻译 :    discharge of river; river discharge; stream flow
• "黄道流星雨" 英文翻译 :    ecliptic stream
• "进气道流量" 英文翻译 :    air inlet flow; air intake flow
• "孔道流法" 英文翻译 :    channel-flow technique
• "尿道流血" 英文翻译 :    urethrorrhagia
• "渠道流通" 英文翻译 :    channel distribution
• "通道流量" 英文翻译 :    channel capacity
• "信道流通量" 英文翻译 :    channel throughput
• "堰道流量计" 英文翻译 :    weirs flowmeter

• The water flows along a pipe to our houses
  水沿着管道流到我们家。
• Experimental research on the flow behavior of magnet - reological fluids in fixed magnetrode configuration
  磁流变液管道流模式流动行为的实验研究
• The model analysis technique of the symmetry model for a liquid filled piping system considering fluid - solid interaction
  充液管道流固耦合对称方程的振型分解法
• The calculated results for the mass transfer coefficients in pipe flows and stirrer tanks agree well with the measured data reported in articles
  模型计算结果与管道流及搅拌反应釜的实验结果吻合较好。
• The influence of pipeline flow resistance on net speed of vacuum pump is analyzed in long - distance pipeline vacuum drying , the calculation method of net speed of vacuum pump is given and checked up with site experiment
  摘要分析了长输管道真空干燥中真空泵组的有效抽速受管道流阻的影响，给出了有效抽速的计算方法，并用现场实验对其进行了验证。
• Heat accumulating floor with hae of porous material 15 cubic meter , inside the floor there are perforated pipes of 35 sm in diameter to supply hot air from hss and pss . - the heating amount - 66228 kwh h for 6500 degree - days of heating period
  温室地板铺15平方米的蓄热地板，地板使用多孔蓄热材料，地板内还布有多孔管道，综合太阳能系统和被动太阳能系统加热后的空气就从这些管道流到地板。
• 4 . the image explanation is performed by way of advanced information processing technology . the automatic identification techniques of two phase flow regime in the pipe are researched based on image explanation , as well as the calculation model of average concentration and mass flowrate of flowing particles
  利用现代信息处理技术进行图像解释，研究了基于图像解释的两相管道流流动状况(流型)的自动机识别技术，以及建立了基于图像解释的流动颗粒平均浓度和质量流量的计算模型。
• In recent years , plentiful and substantial fruits achieved by the lb method in simulations of hydraulics , multiphase flows , flows in porous media and heat transfer as well as magnetohydrodynamics , have revealed a broad perspective of application of this method , it will become a powerful competitor to the conventional approaches . in order to absorb the recent achievement in theory and application of the lb method , explore new ways in hydraulic computation to promote the development of practice , some work is car ried out in this thesis , as following : advances in the theory research and application , deductive process of the d2q9 model and some other commonly used models of the lb method are summarized . based on the hydrodynamic and general boundary conditions , a new joint boundary condition is presented , it integrates advantage of the two conditions above and obtains very good results in dealing with all kinds of boundaries of flow fields
  为了消化和吸收近年来lb方法在理论和应用方面的新成果，探索在水力计算方面的新途径以促进lb方法实用化的发展，本文进行了下列研究工作：综述了lb方法在理论研究和实际应用方面的新进展，以及d2q9模型的推导过程和其他一些常用的模型；在水动力边界条件和通用边界条件的基础上提出了一种新的联合边界条件方法，它综合了上述两种边界条件的优点，在流场的各种边界处理中取得了非常好的效果，经过模块化的处理以后这种边界条件具有更好的实用性；针对均匀网格的lb方法计算效率较低的不足，提出了双重网格的latticeboltzmann方法，通过二维poiseulle流动、后台阶流动和渠道方槽流动三个算例的模拟，证明这种方法能够明显地提高流场模拟的计算效率；此外，根据复杂区域流场的特征提出了latticeboltzmann方法的分块-耦合算法，利用lb方法的计算特性实现块与块之间的数据交换，充分利用计算资源提高计算效率，通过对“ t ”型、 “十”型和“ x ”型分岔管道流场的模拟，展示了这种算法的特征和优点，以及它所具有的应用前景。

• 管道流的日语：パイプ (コンピュータ)