Отрывные течения. Том 3 - Чжен П.
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ЖТФ, VIII, вып. 2, стр. 123 (1939).
20. Schmidt Е., Wen пег К., Warmeabgabe eines geheitzten Zy-linders,
Forsch. Geb. Ing. Wes., 12, 651-673 (1941); также Heat Transfer over the
Circumference of a Heated Cylinder in Transverse Flow, NACA TM 1050, Oct.
1943.
21. G i e d t W. H., Investigation of Variation of Point Unit Heat-
transfer Coefficient Around a Cylinder Normal to an Air Stream, Trans. AS
ME,
71, 375-381 (May 1949).
22. G i e d t W. H., Effect of Turbulent Level of Incident Air Stream on
Local Heat Transfer and Skin Friction on a Cylinder, J. Aeronaut. Sci.,
18, № 11, 725-730 (Nov. 1951).
23. К e s t i n J., M a e d e r P. F., Influence Turbulence on Transfer
of Heat from Cylinders, NACA TN 4018, Oct. 1957.
24. Eckert E.R.G., Soehngen, Distribution of Heat-transfer Coefficients
Around Circular Cylinders Cross Flow at Reynolds Numbers from 20 to 500,
Trans. AS ME, 74, 343-347 (April 1952).
25. Мак Адамс В. X., Теплоотдача, Металлургиздат, М., 1961, стр. 364.
26. Rnudsen J. G., Katz D. L., Fluid Dynamics and Heat Transfer, McGraw-
Hill, N. Y., 1958, p. 323-332.
27. Wallis R. P., Photographic Study of Fluid Flow Between Banks of
Tubes, Engineering, 148, № 3848, 423-425 (Oct. 1939).
28. К 1 e i n V., Bestimmung der ortlichen Warmeiibergangszahl an Rohren
im Kreuzstrom durch Abschmelzversuche, Arch. Warmew. Dampfk. Wes.,
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29. Small J., The Average and Local Rates of Heat Transfer from the
Surface of a Hot Cylinder in a Transverse Stream of Fluid, Phil. Mag.,
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7, 19, 251 (1935).
30. Bergelin O. P., Brown G. A., Doberstein S. C., Heat Transfer and
Fluid Friction During Flow Across Banks of Tubes, Trans.
AS ME, 74, 953-960 (Aug. 1952).
31. С a г у J. R., The Determination of Local Forced-convection
Coefficients for Spheres, Trans. AS ME, 75, № 4, 483-487 (May 1953).
32. Ш л и x т и н г Г., Теория пограничного стоя, ИЛ, М., 1956.
33. Flachsbart О., Neue Untersuchungen fiber den Luftwiderstand von
Kugeln, Phys. Z., 28, 461-469 (1927); также Recent Researches on the Air
Resistance of Spheres, NACA TM 495.
34. T о m о t i k a S., The Laminar Boundary Layer on the Surface of a
Sphere in a Uniform Stream, ARC R & M, № 1678, 1936.
35. Seban R. A., Dougherty D., Heat Transfer to Laminar and Turbulent
Boundary Layers with Constant and Variable Free Stream Velocity, Univ. of
Calif., Inst, of Eng. Res., Ser. 41, Issue 13 (1954); также Trans. AS ME,
78, № 1 (1956).
36. S e b a n R. A., Heat Transfer and Flow with Separated and Reattached
Boundary Layers as Produced by Surface Irregularities, Wright Air
Development Center Tech. Rept, 56-217, ASTIA Document № AD 110447, May
1956.
37. Seban R. A., Emery A., Levy A., Heat Transfer to Separated and
Reattachment Subsonic Turbulent Flows Obtained Downstream of a Surface
Step., J. Aerospace Sci., 809-814 (Dec. 1959).
ТЕПЛОВЫЕ ЯВЛЕНИЯ В ОТРЫВНЫХ ТЕЧЕНИЯХ
195
38. Arie М., Rouse М., Experiments on Two-dimensional Flow Over a Normal
Wall, J. Fluid Mech., 1 (July 1956).
39. Hsu H., Characteristics of Mean Flow and Turbulence at an Abrupt
Two-dimensional Expansion (докторская диссертация), State University of
Iowa, 1950.
40. Klebanoff P. S., Diehl R. W., Some Features of Artificially
Thickened Fully Developed Turbulent Boundary Layers with Zero Pressure
Gradient, NACA TN 2475, 1951.
41. M о r d u с h о w М., G r a p e R. G., Separation, Stability, and
Other Properties of Compressible Laminar Boundary Layer with Pressure
Gradient and Heat Transfer, NACA TN 3296, May 1955.
42. Libby P. A., Method for Calculation of Compressible Laminar Boundary
Layer with Axial Pressure Gradient and Heat Transfer, NACA TN 3157, Jan.
1954.
43. Morduchow М., Clarke J. H., Method for Calculation of Compressible
Laminar Boundary Layer Characteristics in Axial Pressure Gradient with
Zero Heat Transfer, NACA TN 2784, Sept. 1952.
44. Illingworth C. R., The Effect of Heat Transfer on the Separation of
a Compressible Laminar Boundary Layer, Quart. J. Mech. Appl. Math., VII,
Oxford, Clarendon Press (1954).
45. Howarth L., On the Solution of Laminar Boundary Layer Equations,
Proc. Roy. Soc. (Londoit), A, 164, 547-549 (1938).
46. Stewartson K., Correlated Incompressible and Compressible Boundary
Layers, Proc. Roy. Soc. (London), A, 200, № 1060, 84-100 (Dec. 1949).
47. H i e m e n z K., Die Grenzschicht an einem in den gleichformigen
Fliis-sigkeitsstrom eingetauchten geraden Kreiszylinder (диссертация,
Gottingen), Dinglers Polytech. J., 326, 32 (1911).
48. G a d d G. E., The Numerical Integration of the Laminar Compressible
Boundary Layer Equations, with Special Reference to the Position of
Separation when the Wall is Cooled, ARC, CP 312, 1957.
49. Lankford J. L., Investigation of the Flow over an Axisymmetric
Compression Surface at High Mach Numbers, US Naval Ordnance Laboratory
Rept, 6866, April 1960.
50. Lankford J. L., The Effect of Heat Transfer on the Separation of
