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Study on the Tubular Pinch Effect in a Pipe Flow : 2nd Report. Laminar Pipe Flow of Suspensions

机译：管道流量的管状捏合效应：第2篇报表。层流管悬架流动

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Hiroshi AOKI; Hiroshi ANZAI; Shingo OKUMURA; Tomokazu KAWAMOTO;
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年度 1978
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1. Combined Effects of Pipe Diameter, Reynolds Number and Wall Heat Flux and on Flow, Heat Transfer and Second-Law Characteristics of Laminar-Transitional Micro-Pipe Flows [J] . A. Alper Ozalp Entropy . 2010,第3期

机译：管径，雷诺数和壁热通量以及层流过渡微管流动的流量，传热和第二律特性的综合影响
2. Analogy of Forced Convective Heat Transfer Between Developing Laminar Flows in Curved Pipes and Orthogonally Rotting Pipes [J] . hiroshi Ishigaki Heat Transfer Asian Research . 2000,第6期

机译：弯管中发展的层流与正交旋转管之间强迫对流换热的类比
3. Laminar and turbulent pipe flow of bentonite suspensions [J] . Benslimane A., Bekkour K., Francois P., Journal of Petroleum Science & Engineering . 2016,第Null期

机译：膨润土悬浮液的层流和湍流
4. MODELING OF PIPE FLOWS AND OBSERVATION OF LAMINAR-TURBULENT TRANSITION IN SMOOTH PIPES [C] . Glen Thorncroft, James Patton ASEE Annual Conference and Exposition . 2006

机译：管道流量建模与平滑管中层流动过渡的观察
5. HEAT TRANSFER IN DEVELOPING LAMINAR PIPE FLOW: WITH OR WITHOUT A PHASE CHANGE MATERIAL AROUND THE PIPE. [D] . ASGARPOUR, SOHEIL. 1981

机译：形成层流时的传热：有或无相变材料围绕着管子。
6. Stability of the Laminar Flow Through a Straight Pipe of Circular Cross-Section to Infinitesimal Disturbances Which are Symmetrical about the Axis of the Pipe [O] . C. L. Pekeris 1948

机译：流经圆形截面直管的层流的稳定性以无穷小扰动为中心对称于管轴
7. Unstable phenomenon in flow through a pipe system with a cross pipe. (2nd report. The influence of the branching discharge ratio and structural factors of a pipe upon the unstable discharge phenomenon). [O] . Seiji MlURA, Yoichi YOSHINAGA, Tadashi MIZUNO, 1988

机译：流过带有交叉管的管道系统的不稳定现象。（第2条报告。管道分支排放比和管道结构因子对不稳定放电现象的影响）。
8. Experiments on Densely-Loaded Non-Newtonian Slurries in Laminar and Turbulent Pipe Flows: Final Report. [R] . Park, J. T., Mannheimer, R. J., Grimley, T. A., 1989

机译：层流和湍流管道中密集加载的非牛顿流体的实验：最终报告。

Study on the Tubular Pinch Effect in a Pipe Flow : 2nd Report. Laminar Pipe Flow of Suspensions

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