Flow Properties of Surfactant Aqueous Solutions in Pipe Junction

Nihon Reoroji Gakkaishi

Volumn 32, Issue 1, 2004, Pages 41-48

  Tagoku, Hironori ^a   Sumio, Shu ^a   Goto, Seiji ^a  

^a TOKYO METROPOLITAN UNIVERSITY   (Japan)

Author keywords

Overshooting phenomenon; Pipe friction loss; Pipe junction energy loss; Pressure distribution; Surfactant aqueous solution

Indexed keywords

ENERGY DISSIPATION; FRICTION; NEWTONIAN LIQUIDS; PIPE; PRESSURE DISTRIBUTION; REYNOLDS NUMBER; SODIUM COMPOUNDS; SURFACE ACTIVE AGENTS;

OVERSHOOTING PHENOMENON; PIPE FRICTION LOSSES; PIPE JUNCTION ENERGY LOSSES; SURFACTANT AQUEOUS SOLUTION;

FLOW OF FLUIDS;

EID: 2142820068     PISSN: 03871533     EISSN: None     Source Type: Journal    
DOI: 10.1678/rheology.32.41     Document Type: Article

References (34)

1. Toms B A, Proceedings of First International Congress of Rheology, vol.2, 135 (1949).
2. Virk P S, AIChE J, 21-4, 625 (1975).
3. Shenoy A V, Colloid Polym Sci, 262, 319 (1984).
4. Broniarz L, - Press, Rozanski J, Poltralc I, Experimental Heat Transfer, Fluid Mechanics, and Thermodynamics, 1797 (2001).
5. Gasljevic K, Matthys E F, FED-206/AMD-191, ASME, 51 (1993).
6. Park S R, Suh H S, Moon S H, Yoom H K, FED-Vol.237, 1996, Fluids. Engineering Division Conference, Volume 2, ASME, 177 (1996).
7. Choi S U S, Cho Y, Kasza K E, J Non-Newtonian Fluid Mech, 41, 289 (1992).
8. Rehage H, Wunderlich I, Hoffmann H, Progr Colloid & Polymer Sci, 72, 51 (1986).
9. Ohlendorf D, Wunddelich I, Hoffmann H, Rheol Acta, 25, 468 (1986).
10. Wunderlich A M, Brunn P O, Colloid Polym Sci, 267, 627 (1989).
11. Hu Y, Matthys E F, J Rheol, 41(1), 151 (1997).
12. Lu B, Zheng Y, Davis H T, Scriven L E, Talmon Y, Zakin J L, Rheol Acta, 37, 528 (1998).
13. Lu B, Mateo A, Zheng Y, Kesselman E, Pancall E, Hart D J, Talmon Y, Davis H T, Scriven L E, Zakin J L, Rheol Acta, 41, 483 (2002).
14. Lu B Li X, Zakin J L, Talmon Y, J Non-Newtonian Fluid Mech, 71, 59 (1997).
15. Usui H, Itoh T, Saeki T, Rheol Acta, 37-2, 122 (1998).
16. Pollert J, Komrzy P, Svejkovsky K, Pollert Jun J, FED-Vol.237, 1996 Fluids Engineering Division Conference, Volume 2, ASME, 31 (1996).
17. Pollert J, Komrzy P, Svejkovsky K, Pollert Jun J, FED-Vol.237, 1996 Fluids Engineering Division Conference, Volume 2, ASME, 31 (1996).
18. Proposal-Based R&D Program of NEDO, 98E, 06-0091, 0092, 0093, 0094 (2000).
19. Kawaguchi Y, Proc JSME Fluids Eng Conference, No.01-3, 301 (2001).
20. Engineering data, Fluid resistances of pipeline and duct, JSME, 86 (1979).
21. Ligthill M, J Fluid Mech, 52, 475 (1972).
22. Goto S, J Turbo Machinery Soc Japan, 25-12, 10 (1997).
23. Goto S, Amada T, Sato D, Morita M, Memoirs of Graduate School of Eng Tokyo Metropolitan Univ, No.51, 121 (2001).
24. Jamison D K, Villemonte J R, Hydraul Div, Proc ASCE, HY7, 1045 (1971).
25. Higashino F, Abe K, Okeda R, Trans JSME, 47-423 B, 2139 (1981).
26. Matsuo T, Yamamoto K, Higashino F, Proc The 1993 JSME Dynamics and control conference, No.930-42, 432 (1993).
27. Goto S, Nemoto H, Kato H, Trans JSME, 60-573 B, 1605 (1994).
28. Nishimura T, Nakamura K, Horikawa A, J Tex Mach Soc Japan, 37-2, 37 (1984).
29. Goto S, Nemoto H, Kato H, Trans JSME, 60-575 B, 2411 (1994).
30. Higashitani K, Pritchard W G, Trans Soc Rheol, 16-4, 687 (1972).
31. Virk P S, Mickely H S, Smith K A, ASME, Ser. E, 488 (1970).
32. Zakin J L, Myska J, Chara J, AIChE J, 42-12, 3544 (1996).
33. Imao S, Kozato Y, Tanaka T, Usuda M, Trans JSME, 67-658 B, 1319 (2001).
34. Sato D, Master's thesis, Graduate School of Eng Tokyo Metropolitan Univ, (1999).