Relationships between the transport coefficients of fluids
โ Scribed by E. McLaughlin
- Publisher
- Elsevier Science
- Year
- 1961
- Tongue
- English
- Weight
- 485 KB
- Volume
- 16
- Category
- Article
- ISSN
- 0009-2509
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โฆ Synopsis
Dlmenslonless numbers used to characteme the transport propertles of flulds arc derived startmg with the phenomenologlcal laws of Flck, Newton, Fourier and Ohm whmh define the transport coefficients Exphclt values for these numbers, where possible, are discussed m terms of various assumed models RBsumB-Des nombres sans dimension utihs&s pour caracteridr les propr&Cs de transport des flmdes sont obtenus B partlr des 101s de Fmk, Newton, Fourier et Ohm relatives B ce ph&om&ne qul d&hut les coefficients de transport. Des valeurs d&ermmCes de ces nombres, quand cela est possible, sont &scutkes en fonction des divers mod&les consldd& Zusammenfassung-Zur Charakterlslerung der Transportelgenschaften stromender Medlen wurden dnnenslonslose Grossen benutzt, wobel von den phanomenologlschen Gesetzen von Fmk, Newton, Fourier und Ohm, welche de Transportkoeffizlenten defimeren, ausgegangen wurde Exphzlte Werte dleser Grossen wurden, wo moghch, m Ausdrucken verschledener angenommener Modellc &skutlert IN THE practical appllcatlons of cllrmlcal englneerlng use 1s made of c&am dlmenslonless quantltlcs e g the Schmidt and Prandtl numbers which are
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