Stratified Two-component Flow of Poymer Solutions
スポンサーリンク
概要
- 論文の詳細を見る
An experimental study was made of the stratified two-component flow of polymer solutions through a rectangular duct with an aspect ratio of 14. The flows into the rectangular duct through the reservoir were visualized and the flow patterns were classified into three groups. Also, the pressure fluctuation due to the unstable flow was measured and these results showed that the phase and the period of the pressure fluctuations in the reservoir agreed well with those in the slit. The pressure fluctuation measured at the walls opposite to each other also agreed. For the theoretical study, the relation between the pressure gradients and the volumetric flow rate was examined by solving the equation of motion for the flow between flat parallel plates and by calculating it numericall for the flow through the rectangular duct, and these results are compared with the experimental results.
- 一般社団法人日本機械学会の論文
著者
-
Goto Seiji
Faculty Of Technology Tokyo Metropolitan University
-
Kato Hiroshi
Faculty Of Engineering Tokyo Metropolitan University
-
Kato Hiroshi
Faculty of Engineeering Kyoto University
関連論文
- Photoluminescence of Polyacetylene in Near Infrared
- Pressure Drop in Hydraulic Conveyor through a Horizontal Straight Pipe
- Frictional Resistance of Rotating Disk in Dilute Polymer Solutions : Part 1, Enclosed Disk
- The Characteristics of Pitot Tubes in Dilute Polymer Solutions
- An Experimental Investigation of Viscoelastic Flow past a Circular Cylinder
- Ge Doping Effect on Properties of AgInSe_2 Thin Films
- A Study on the Elastodynamic Pump : 1st Report, Normal Stress Effect
- Frictional Resistance in Fiber Suspensions : 3rd Report, Frictional Resistance in Mixed Systems with Polymer Solutions
- Frictional Resistance in Fiber Suspensions : 2nd Report, Flow on a rotating Disk
- Frictional Resistance in Fiber Suspensions : 1st Report, Pipe flow
- On the Drag of a Sphere In Polymer Solutions
- Diverging Converging Flows of Dilute Polymer Solutions : 1st Report, Pressure Distribution and Velocity Profile
- Diverging and Converging Flows of Dilute Polymer Solutions : 2nd Report, Universal Velocity Profile of Turbulent Diverging Flow
- Frictional Resistance of Rotating Disk in Dilute Polymer Solutions : Part 2,A Disk in Open Tank (the Transactions of the Japan Society of Mechanical Engineers) : Papers published in the Bulletin of the JSME are not included here
- Flow in a Spiral Tube : 2nd Report, Hydraulic Transport of Solids in a Horizontal Pipe
- Flow in a Spiral Tube : 1st Report, Velocity Distribution and Pressure Drop
- Study on Flow Characteristics in Right-Angled Pipe Fittings : 1st Report, On Case of Water Flow
- Entrance Flow Patterns in the Extrusion Flow of Polymer Solutions : Finite Difference Simulation Using the Denn Model
- The Toms Effect of a Dilute Polymer Solution and Its Application
- Stratified Two-component Flow of Poymer Solutions
- The Polarographic Reduction and Electronic Structures of Organic Halides
- An NBMO Method for Saturated Compounds
- σ-Electronic Structure in Conjugated Systems
- A New Quantum-mechanical Reactivity Index for Saturated Compounds
- A Simple Reactivity Index for Alternant Hydrocarbons
- A Molecular Orbital Treatment of Triallyl Isocyanurates and Related Allyl Esters
- “Frontier Electron Density” in Saturated Hydrocarbons
- On the Fluorine Shift of Aromatic Fluorine Compounds
- MO Interpretation of Some Physico-chemical Properties of Alkyl Compound
- σ Electronic Structures and Some Physicochemical Properties of Halogenated-conjugated Hydrocarbons
- Oil Leakage from an O-Ring Packing
- A UAO Treatment of the van der Waals Force