In this post, we will see the book Heat And Mass Transfer Vol. 1 – A. V. Lykov, B. M. Smol’skii ( Eds.).
Volume 1 Convective Heat Exchange in a Homogeneous Medium edited by: B.S. Petukhov, I.P. Ginzburg, and А. S. Kasperovich
About the book
This book comprises reports and communications dealing with the problems of convective heat transfer in a homogeneous medium, and with the heat and mass transfer during the interaction of bodies with liquid and gas streams. Most papers deal with studies based on the boundary layer theory. The papers include theoretical and experimental works on unsteady-state heat transfer, on heat transfer at variable physical properties of liquids and gases, and heat transfer during supersonic flows in dense and rarefied media.
The book was translated from Russian by A. Aladjem and was edited by R. Kondor published in 1967 by Israel Program for Scientific Translations.
Credits to the original uploader.
You can get the book here.
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B.S. PETUKHOV. Convective Heat Transfer in a Homogeneous Medium 1
I. HEAT EXCHANGE AND FRICTION RESISTANCE DURING SUBSTANTIAL CHANGES IN THE PHYSICAL PROPERTIES OF LIQUIDS AND GASES AS A FUNCTION OF TEMPERATURE AND PRESSURE 7
A. A. Gukhman, A. F. Gandel’Sman, Y. Y. Usanov, AND G. N. Shorin.
New Data on the Properties of Trans-sonic Flows 7
V. L. Lel’chuk, G. I. Elfimov, AND Yu. P. Fedotov.
Experimental Study of the Heat Transfer from Pipe Walls to Mono-, Di-, and Triatomic Gases at Large Temperature Gradients 11
L. S. Sterman AND V. V. Petukhov.
Investigation of the Heat Transfer to Organic Liquids 19
E. A. Krasnoshchekov, V. S. Protopopov, Wang Feng, AND I. V. Kuraeva.
Experimental Study of the Heat Transfer in The Supercritical Region of Carbon Dioxide 25
E. N. Dubrovina AND V. P. Skripov.
Convective Heat Transfer In The Supercritical Region of Carbon Dioxide 32
V. N. Popov.
Theoretical Calculation of the Heat Transfer And Friction Resistance for Carbon Dioxide in The Supercritical Region 41
I. Т. Alad’ev, P. I. Povarnin, L. I. Malkina, AND E. Yu. Merkel’.
Investigation of the Cooling Properties of Ethanol At Pressures up to 800.9.8-10^4 N/m^2 49
D. M. Kalachev, I. S. Kudryavtsev, B. L. Paskar’, AND I. I. Yakubovich.
Application of the Method of High-frequency Heating To Liquid- Metal Heat Transfer Media 53
II. HEAT EXCHANGE AND FRICTION RESISTANCE IN PIPES AND CHANNELS OF VARIOUS GEOMETRICAL SHAPES 56
B. S. PETUKHOV AND L.I. Roizen.
Heat Exchange During gas Flow In Pipes With an Annular Cross Section 56
P. I. Puchkov AND O. S. Vinogradov.
Heat Transfer and Hydraulic Resistance in Annular Channels With Smooth and Rough Heat Transfer Surfaces 65
L. M. Zysina-Molozhen AND I. B. Uskov.
Experimental Investigation Of the Heat Transfer on the end Wall of a Blade Channel [In Turbines] 79
Yu. P. Finat’ev.
Calculation of the Hydraulic Resistance Of Annular Channels 88
B. P. Ustimenko, K. A. Zhurgembaev, AND D. A. Nusupbekova.
Calculation of the Convective Heat Transfer for An Incompressible Liquid in Channels With Complicated Shapes 99
I.S. Kochenov, L.I. Baranova, AND V. V. Vasil’ev.
Flow in Channels With Permeable Walls 113
М. E. Podol’Skii.
Attractive Action of a Non-isothermal Lubricating Layer 117
V. N. Zmeikov АND B. P. Ustimenko.
Hydrodynamics and Heat Transfer in a Convoluted Stream Between two Coaxial Cylinders 127
P.N. Romanenko AND A. N. Oblivin.
Experimental Study of The Friction and Heat Transfer During gas Flow in a Diffuser
Channel With Cooled Walls, During Combustion 140
III. INVESTIGATION OF THE HEAT TRANSFER AND [HYDRODYNAMIC] RESISTANCE IN THE ENTRY SECTIONS OF TUBES AND CHANNELS 148
B.S. Petukhov AND Chang-Chéng Yung.
Heat Transfer in The Hydrodynamic Entry Section of a Round Tube During Laminar Liquid Flow 148
A.A. Zhukauskas AND I.I. Zhyugzhda.
Experimental Study of The Heat Transfer and Hydraulic Resistance in the Entry Section of a Flat Channel During Laminar Flow of A
Viscous Liquid 158
E. E. Solodkin AND A. S. Ginevskii.
Turbulent Non-isothermal Flow Of a Viscous Compressible gas in the Entry Sections Of Axisymmetrical and Flat Widening Channels With Zero Pressure Gradient 163
P. N. Romanenko AND N. V. Krylova.
Effect of the Entry Conditions on the Heat Transfer in the Entry Section Of a Tube With Turbulent air Flow 175
IV. STUDIES OF THE INTENSIFICATION OF CONVECTIVE HEAT TRANSFER PROCESSES 184
A. V. Ivanova.
Intensification of the Heat Transfer in An Air-cooled Round Tube 184
E. K. Karasev.
Investigation of the Hydrodynamics And Heat Transfer in a Channel With Turbulizers on The
Heat Transfer Surface 190
A. S. Nevskii, A. V. Arseev, L. A. Chukanova, A. I. Malysehva, AND
T. V. Sharova.
Convective Heat Transfer in Cylindrical Chambers With Recirculation 198
Certain Characteristics of Heat Transfer And Friction in the Case of Longitudinal Flow Around [Fuel] Element 206
V. F. Yudin AND L. S. Tokhtarova,
Investigation of the Heat Transfer and Resistance of Finned, Staggered Banks With Fins of Different Shapes: 215
Generalization of the Laws Governing Heat Transfer and Pressure Drop During Transverse Flow Of Gases in Finned Tube Banks 224
A. I. Mitskevich
Efficiency of Heat Transfer Surfaces 232
V. CONVECTIVE HEAT TRANSFER UNDER UNSTEADY-STATE CONDITIONS 239
Yu. L. Rozenshtok.
The Unsteady Laminar Thermal Boundary Layer on a Semi-infinite Plate in a Viscous Liquid Flow 239
Determination of the Stream Temperature and Friction Coefficient in Channels During Unsteady Nonisothermal Flow of a Heat-transfer Medium 249
L. I. Kudryashev and A. A. Smirnov
Accounting for the Effect of Thermal Unsteady State on the Coefficient of Convective Heat Transfer During Flow Round Spherical Bodies at Small Reynolds Numbers 258
I. S. Kochenov AND Yu. N. Kuznetsov.
Unsteady Flow in Tubes 266
Explanatory List of Abbreviations 274