An empirical relationship of drag coefficient of flow around a sphere is developed for the entire range of Particle Reynolds numbers reported in the literature from Stokes regime to the condition when turbulent boundary layer prevails. The relationship is obtained using an approach to match asymptot
β¦ LIBER β¦
The influence of fluid elasticity on the drag coefficient for creeping flow around a sphere
β Scribed by R.P. Chhabra; P.H.T. Uhlherr; D.V. Boger
- Publisher
- Elsevier Science
- Year
- 1980
- Tongue
- English
- Weight
- 787 KB
- Volume
- 6
- Category
- Article
- ISSN
- 0377-0257
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
Drag coefficient of flow around a sphere
β
Jaber Almedeij
π
Article
π
2008
π
Elsevier Science
π
English
β 609 KB
Note on the drag coefficient for a spher
β
Scott W. Hopke; John C. Slattery
π
Article
π
1970
π
American Institute of Chemical Engineers
π
English
β 191 KB
π 2 views
Bounds on the drag for creeping flow of
β
V. Mohan; J. Raghuraman
π
Article
π
1976
π
Elsevier Science
π
English
β 421 KB
Upper and lower bounds on the drag coeff
β
Melvin L. Wasserman; John C. Slattery
π
Article
π
1964
π
American Institute of Chemical Engineers
π
English
β 640 KB
Upper and lower bounds on the drag coeff
β
Scott W. Hopke; John C. Slattery
π
Article
π
1970
π
American Institute of Chemical Engineers
π
English
β 562 KB
Hill's extremum principles are not directly applicable to an Ellis model fluid. A method of adapting Hill's principles to the Ellis model was developed and used to calculate upper and lower bounds on the drag coefficient for a sphere moving slowly through such a fluid. Amilable experimental data wer
Effects of turbulence on the drag coeffi
β
Allen Clamen; W. H. Gauvin
π
Article
π
1969
π
American Institute of Chemical Engineers
π
English
β 742 KB