Отрывные течения. Том 2 - Чжен П.
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Tech. Note Aero. 2516, ARC 19958, FM 2652-0, 1393, June 1957.
17. Биркгоф Г., Сарантонелло Э., Струи, следы, каверны, изд-во "Мир",
1964.
18. Т о г о b i n L. В., G a u v i n W. Н., Fundamental Aspects of
Solids-Gas Flow. Part II: The Sphere Wake in Steady Laminar Fluids, Can.
J. Chem. Engng., 37, 167-176 (Oct. 1959).
19. P о з e н x e д JI., Вихревые системы в следах, сб. Проблемы
механики, ИЛ, М., 1955.
20. К г z у w о b 1 о с k i М. Z., Vortex Streets in Incompressible
Media, Appl. Mech. Rev., 6, 393 -397 (1953).
21. В и л л е Р., Вихревые дорожки Кармана, сб. Проблемы механики, вып.
IV, ИЛ, М., 1963.
22. Karman Т., Gottinger Nachrichten. p. 547-556 (1912).
23. D о m m V., The Stability of Vortex Streets with Consideration of the
Spread of Vorticity of the Individual Vortices, J. Aeronaut. Sci., 22, №
11 (Nov. 1955).
24. Birkhoff G., Formation of Vortex Streets, J. Appl. Phys., 24, 98- 103
(1953).
25. M a u e A., Fiir Stabilitat der Karmanschen Wirbelstrasse, Z. angew.
Math. Mech., 20, 129-137 (1940).
26. D о m m U., Uber Wirbelstrassen von geringster Instabilitat, Z.
angew. Math. Mech., 36, 367-371 (1956).
27. Lin С. C., On Periodically Oscillating Wakes in the Oseen
Approximation in Studies, etc., presented to R. von Mises, Academic
Press, p. 170- 176, 1939.
28. Wille R., Timme A., IJber das Verhalten von Wirbelstrassen,. Jb.
Schiffbautech., 51, 215-221 (1957).
29. W e h r m a n n O., Hitzdrahtmessungen in einer aufgespaltenen
Karmanschen Wirbelstrasse, ForschBer. Wirt- u. VerkMinist., N-West.,. №
470, Westdeutscher Verlag. Koln and Opladen, 1957.
30. Timme A., Vber Eigenschaften von Wirbelstrassen, Deutsche Versuchs-
anstalt fiir Luftfahrt, Rept № 77, 1959, Westdeutscher Verlag, Koln and
Opladen.
31. Neumann A., Pfeiffer H., Versuche an Wirbelstrassen hinter Zylindern
bei hohen Geschwindigkeiten, ForschBer. Wirt- u. VerkMinist., N-West., №
493 (1958).
32. Timme A., tjber die Geschwindigkeitsverteilung in Wirbeln, Ing.-
Archiv., 25, 205-225 (1957).
33. Hooker S. G., On the Action of Viscosity in Increasing the Space
Ratio of a Vortex Street, Proc. Roy. Soc., A, 154, 67-89 (1936).
186
ГЛАВА VIII
34. R о s е n h е a d L., The Spread of Vorticity in the Wake Behind a
Cylinder, Proc. Roy. Soc., A, 127, 591-612 (1930).
35. F a g e A., Johansen F. G., Structure of Vortex Streets, Phil. Mag.,
5, № 7, 417-440 (1928).
36. F a g e A., Falkner V. М., Flow Around a Circular Cylinder, ARC, Rept
and Memorandum, № 1369, Feb. 1931.
37. R e 1 f E. F., On the Sound Emitted by Wires of Circular Cross
Section When Exposed to an Air Current, Phil. Mag., 42, 173-176 (1921).
38. R e 1 f E. F., О w e n E., The Singing of Circular and Stream
Line
Wires, ARC, Rept and Memorandum, № 825, March 1921.
39. R e 1 f E. F., S i m m о n s L. F. G., On the Frequency of
the Eddies
Generated by the Motion of Circular Cylinder Through a Fluid, Phil.
Mag., 49, 509-511 (1925).
40. Richardson E. G., Aeolian Tones, Proc. Phy. Soc., 36, 153-167 (1924).
41. Blenk W.,Fuchs D.,Liebers L., t)ber die Messung von Wirbel-
frequenzen, Luftfahrtforschung, 12, 38-41 (1935).
42. Link W., Neue Messungen zur Aerodynamik des Zylinders, insbesondere
seines reinen Reibungswiderstandes, Phis. Z., Jahrgang32, № 22, p. 900-
914 (1931).
43. L о с к С. N. Н., On the Systems of Vortices Generated by a Circular
Cylinder in Steady Motion Through a Fluid, ARC Rept and Memorandum, №
986, Nov. 1925.
44. Lehnert R., Akustische Messungen an Wirbelstrassen hinter Kreis-
zylinder und ebener Platte, Phys. Z. Sowg., 38, 476-498 (July 1937).
45. Kruger F., Lauth A., Theorie der Hiebtone, Ann. d. Phys., 44, 801-815
(1914).
46. Tyler E., Vortex Formation Behind Obstacles of Various Sections,
Phil. Mag., 7, № 11, 849-890 (1931).
47. Kovasznay L. S. G., Hot-wire Investigation of the Plate Behind
Cylinders at Low Reynolds Numbers, Proc. Roy. Soc., A, 198, 174-190
(1949).
48. Etkin B.,Karbacher G. K., Reef R. T., Acoustic Radiation from a
Stationary Cylinder in a Fluid Stream (Aeolian Tones), J. Acoust. Soc.
Am., 29, 30-36 (Jan. 1957).
49. T a n e d a S., Studies on Wake Vortices (II), Experimental
Investigation of the Wake Behind Cylinders and Plates at Low Reynolds
Numbers, Rep. Res. Inst. Ap.pl. Mech. (Japan), IV, № 14, 29-40 (Oct.
1955).
50. H a m a F. R., Three-dimensional Vortex Pattern Behind a
Circular
Cylinder, J. Aeronaut. Soc., 24, JSls 2, 150-158 (Feb. 1957).
51. R i с h a г d s о n E. G., The Flow and Sound Field near a Cylinder
Towed Through Water, Appl. Sci. Res., A VII, 341-350 (1957).
52. С о m e t t a C., An Investigation of the Unsteady Flow
Pattern in
the Wake of Cylinders and Spheres Using a Hot-wire Probe, Brown
University Division of Engineering, TR WT-21 (AFOSR TN 57-760, 1957).
53. M о г к о v i n М. V., Flow Around Circular Cylinder - A Kaleidoscope
of Challenging Fluid Phenomena, Symposium on Fully Separated Flows
(ASME), May 1964.
