1. | Contents | Pages iii-iv | |
2. | On the investigation of heat transfer in the presence of chemical conversions | Pages 269-272 | S. I. Anisimov, T. L. Perelman |
3. | The experimental investigation of heat and mass transfer in the presence of chemical conversions | Pages 273-279 | A. V. Ralko |
4. | Mixing and chemical reaction in an initially non-uniform temperature field | Pages 280-293 | S. I. Cheng, H. H. Chiu |
5. | Heat and mass transfer during the drying of moist materials | Pages 294-301 | P. D. Lebedev |
6. | Heat and mass transfer between moist solids and air | Pages 302-305 | P. D. Lebedev |
7. | Convection heat transfer coefficients for turbulent flow between parallel plates with unequal heat fluxes | Pages 306-311 | Henry Barrow |
8. | Decay of temperature fluctuations in homogeneous turbulence before the final period | Pages | |
9. | An analysis of laminar film boiling with variable properties | Pages 325-335 | P. W. McFadden, R. J. Grosh |
10. | Heat transfer bibliography | Pages 336-356 | E. R. G. Eckert, J. P. Hartnett, E. M. Sparrow |
1. | The thermal conductivity of toluene. New determinations and an appraisal of recent experimental work | Pages 273-279 | H. Ziebland |
2. | Convective heat transfer in horizontal cylinder | Pages 280-282 | G. F. Shaidurov |
3. | The prediction of mass transfer rates when equilibrium does not prevail at the phase interface | Pages 283-313 | D. B. Spalding |
4. | Mass transfer through laminar boundary layers—. Similar solutions of the b-Equation | Pages 314-341 | D. B. Spalding, H. L. Evans |
5. | Heat transfer bibliography | Pages 342-347 | E. R. G. Eckert, E. M. Sparrow, W. E. Ibele |
6. | Papers accepted for publication in future issues | Page 348 |
1. | Editorial Board | Page IFC | |
2. | Laminar natural convection flow in magneto-hydrodynamics | Pages 1-25 | G. Poots |
3. | 0.5 | Pages 26-41 | H.L. Evans |
4. | Radiative heat exchange between surfaces with specular reflection | Pages 42-54 | E.R.G. Eckert, E.M. Sparrow |
5. | Theory of the steady laminar buoyant flow above a line heat source in a fluid of large prandtl number and temperature-dependent viscosity | Pages 55-59 | D.B. Spalding, R.G. Cruddace |
6. | Effect of vibration on heat transfer from a horizontal cylinder to a normal air stream | Pages 60-62 | |
7. | Heat transfer bibliography | Pages 68-75 | E.R.G. Eckert, E.M. Sparrow, W.E. Ibele |
8. | Das Mollier ix Diagram für feuchte Luft und seine technischen Anwendungen: W. Häussler, Hochschule für Maschinenbau, Karl-Marx-Stadt. Verlag von Theodor Steinkopf, Dresden u. Leipzig, 1960. 167 pp. | Page 76 | D.B. Spalding |
1. | Application of methods of thermodynamics of irreversible processes to investigationofheat and mass transfer in a boundary layer | Pages 167-174 | A.V. Luikov |
2. | Échange de masse entre phases constituées par des mélanges | Pages 175-180, IN1, 181-182 | Louis Kaiser |
3. | Investigation methods into flow in a boundary layer with a longitudinal pressure gradient | Pages 183-187 | A.M. Mkhitaryan, V.Y. Fridland, V.S. Maksimov, S.D. Labinov |
4. | On aerodynamics of rarefied gases and problems of heat transfer | Pages 188-197 | A.S. Predvoditelev |
5. | A review of binary laminar boundary layer characteristics | Pages 198-221 | J.F. Gross, J.P. Hartnett, D.J. Masson, Carl Gazley Jr. |
6. | Heat transfer, a review of current literature | Pages 222-232, IN3-IN4, 233-248 | E.R.G. |
7. | Experimental study of effect of gas injection on rate of mass transfer from solid to liquid | Pages 249-251 | Fan Liang-Tseng |
8. | Dimensional analysis of burnout heat transfer | Pages 252-253 | S.L. Bragg, I.E. Smith |
9. | Papers accepted for publication in future issues | Page 254 |
1. | Editorial notice | Page 337 | |
2. | An approximate treatment of a heat conduction problem involving a two-dimensional solidification front | Pages 339-348 | G. Poots |
3. | Terms, letter symbols and definitions on heat and mass transfer used in the soviet union | Pages 349-354 | I. T. Eleptrin |
4. | The transfer of heat across a turbulent boundary layer at very high prandtl numbers | Pages 355-371 | J. Kestin, L. N. Persen |
5. | Mass transfer through laminar boundary layers—8. Further solutions to the velocity equation | Pages 373-407 | H. L. Evans |
6. | On a particular case of stationary heat transfer with cross flow of heat agents | Pages 409-412 | G. D. Rabinovich |
7. | Heat transfer bibliography | Pages 413-424 | E. R. G. Eckert, E. M. Sparrow, W. E. Ibele |
8. | Combustion, flames and explosion of gases : (2nd Ed.) and . Academic Press, New York 1961.731 pp. 157s6d | Page 425 | D. B. Spalding |
9. | Journal of engineering physics | Pages 427-428 | |
10. | The two film theory of gas absorption | Pages 429-433 | Walter G. Whitman |
1. | Boundary layer in thermal radiation absorbing and emitting media | Pages 795-806 | R. Viskanta, R.J. Grosh |
2. | Messungen der viskosität von wasser und wasserdampf bis ZU 700°C und 800 AT | Pages 807-824 | F. Mayinger |
3. | Unsteady-state heat and mass transfer in the rotating-disk-revolving-fluid system | Pages 825-836 | Donald R. Olander |
4. | Theoretical analysis of the downstream influence of mass transfer in a stagnation region | Pages 837-857 | Robert J. Cresci |
5. | Natural convection through rectangular openings in partitions—1: Vertical partitions | Pages 859-862, IN1, 863-868 | W.G. Brown, K.R. Solvason |
6. | Natural convection through rectangular openings in partitions—2: Horizontal partitions | Pages 869-881 | W.G. Brown |
7. | Heat transfer bibliography | Page 883 | Satō Takashi |
8. | Fundamentals of Heat Transfer: H. Gröber, S. Erk and U. Grigull (translated by J.R. Moszynski), McGraw-Hill, New York, 1961, 527 pp. 1105. 6d. | Pages 885-886 | A.J. Ede |
9. | Contents list Journal of Engineering Physics | Page 887 |
1. | Editorial Board | Page IFC | |
2. | Use of reference states and constant-property solutions in predicting mass-, momentum-, and energy-transfer rates in high-speed laminar flows | Pages 1-22 | Eldon L. Knuth |
3. | Heat transfer between solid particles and a gas in a non-uniformly aggregated fluidized bed | Pages 23-31 | S.S. Zabrodsky |
4. | Mass minimization of radiating trapezoidal fins with negligible base cylinder interaction | Pages 33-48 | B.V. Karlekar, B.T. Chao |
5. | Temperature distribution in channel flow with friction | Pages 49-51 | J. Madejski |
6. | Nucleate boiling. The region of isolated bubbles and the similarity with natural convection | Pages 53-60, IN1-IN2, 61-78 | Novak Zuber |
7. | Alexander Savvich Predvoditelev: To celebrate the occasion of his seventieth birthday | Pages 79-89 | A.V. Luikov |
8. | Heat transfer bibliography | Pages 91-112 | E.R.G. Eckert, E.M. Sparrow, W.E. Ibele, R.J. Goldstein |
1. | A flame zone model for chemical reaction in a laminar boundary layer with application to the injection of hydrogen-oxygen mixtures | Pages 113-128 | Paul A. Libby, Constantino Economos |
2. | Transient heat dissipation from storage reservoirs | Pages 129-141 | Z. Rotem, J. Gildor, A. Solan |
3. | Radiant-interchange configuration factors for finite right circular cylinder to rectangular planes | Pages 143-146 | J. A. Wiebelt, S. Y. Ruo |
4. | Heat transfer across turbulent, incompressible boundary layers | Pages 147-189 | J. Kestin, P. D. Richardson |
5. | Journal of engineering physics | Pages 191-192 |
1. | Turbulent heat transfer and temperature fluctuations in a field with uniform velocity and temperature gradients | Pages 257-270 | Robert G. Deissler |
2. | Heat transfer in a channel with an unheated length | Pages 271-276 | V.M. Kapinos, N.I. Nikitenko |
3. | Mercury vapour transfer studies: the transfer characteristics of gauze screens | Pages 277-287 | B. Gay, R. Maughan |
4. | Calculation of the spalding function over a range of prandtl numbers | Pages 289-299 | G.O. Gardner, J. Kestin |
5. | The thermophysical properties research center. An effective answer to information needs on thermophysical properties of matter | Pages 301-306, IN1, 307 | Y.S. Touloukian |
6. | Heat transfer bibliography—Russian works | Pages 309-323 | A.V. Luikov |
7. | Unsteady Motion of Continuous Media: K. P. Stanyukovich, Pergamon Press, Oxford, 1960, 745 pp. + xiii, £5 | Page 325 | D.C. Pack |
8. | Erratum | Page 327 |
1. | Heat and momentum transfer in smooth and rough tubes at various prandtl numbers | Pages 329-332 | D. F. Dipprey, R. H. Sabersky |
2. | Differential methods for studying radiant heat transfer | Pages 355-362 | V. N. Adrianov, G. L. Polyak |
3. | Mass transfer through laminar boundary layers—4. Class I methods for predicting mass-transfer rates | Pages 363-372 | D. B. Spalding, S. W. Chi |
4. | Heat transfer in tube coils with laminar and turbulent flow | Pages 387-395 | R. A. Seban, E. F. McLaughlin |
5. | The thermal conductance of uranium dioxide/stainless steel interfaces | Pages 397-416 | A. C. Rapier, T. M. Jones, J. E. McIintosh |
6. | Mathematical model for heat or mass transfer at the bubble-stirred interface of two immiscible liquids | Pages 417-422 | J. Szekely |
7. | Thermal regimes of combustion . McGraw-Hill, New York, 1961, 229 pp | Page 423 | G. K. Adams |
8. | Announcement | Page 424 |
1. | Editorial note | Page 407 | |
2. | One-dimensional mass and heat transfer and their coupling | Pages 409-421 | O.E. Tewfik |
3. | Systematization of dimensionless quantities by group theory | Pages 423-430 | Anthony László |
4. | Analytical study of heat transfer to liquid metals in cross-flow through rod bundles | Pages 431-446 | Hsu Chia-Jung |
5. | An attempt to measure the thermal conductivity of liquids, gases, and vapors with a high degree of accuracy over wide ranges of temperature (−180 to 500°C) and pressure (vacuum to 500 atm) | Pages 447-462, IN1, 463-478 | W. Leidenfrost |
6. | Natural convection cooling transients | Pages 479-483 | Benjamin Gebhart |
7. | Heat transfer bibliography | Pages 485-498 | E.R.G. Eckert, E.M. Sparrow, W.E. Ibele, R.J. Goldstein |
8. | Contents lists journal of engineering physics | Pages 499-500 | |
9. | Erratum | Page 500 |
1. | Natural convection from wall sections of arbitrary temperature distribution by an integral method | Pages 501-516 | Max G. Scherberg |
2. | Influencedufluxdechaleuretde lanature du gazsurles coefficientsd'echange dans un tube cylindrique lisse | Pages 517-526 | J-P. Delpont |
3. | The equation of a square in heat transfer | Pages 527-529 | J. Allard |
4. | An evaporation experiment and its irreversible thermodynamics | Pages 531-538 | J. W. Cary |
5. | High flux solid-liquid mass transfer | Pages | |
6. | Convective heat transfer in a convergent-divergent nozzle | Pages 549-568 | L. H. Back, P. F. Massier, H. L. Gier |
7. | Dynamic processes which accompany mass transfer | Pages 569-576 | G. A. Mikhailovsky |
8. | Une methode de mesure de temperatures de surface utilisant la sensibilite thermique de la luminescence | Pages 577-580 | M. Chognot |
9. | Heat transfer with unsymmetrical thermal boundary conditions | Pages 580-582 | H. Barrow, Y. Lee |
10. | Laminar flow and pressure drop in internally finned annular ducts | Pages 583-585 | E. M. Sparrow, T. S. Chen, V. K. Jonsson |
1. | Experimental study of laminar convection in the channel between parallel plates with uniform heat sources in the fluid | Pages 955-956, IN1-IN2, 957-968 | J.L. Novotny, E.R.G. Eckert |
2. | Theoretical analyses of vapour condensation on laminar liquid jets | Pages 969-981 | D. Hasson, D. Luss, R. Peck |
3. | An experimental study of steam condensation on a laminar water sheet | Pages 983-988, IN3, 989-1001 | D. Hasson, D. Luss, U. Navon |
4. | Criteria for the break-up of thin liquid layers flowing isothermally over solid surfaces | Pages 1003-1015 | D.E. Hartley, W. Murgatroyd |
5. | Determination des coefficients de convection d'un alliage nak en ecoulement turbulent entre plaques planes paralleles | Pages 1017-1031 | L. Duchatelle, L. Vautrey |
6. | Hydrodynamics, heat and mass transfer in a bed of fine non-porous particles | Pages 1033-1045 | P.D. Lebedev, V.G. Petrov-Denisov |
7. | Concerning the definitions of the mean absorption coefficient | Pages 1047-1049 | R. Viskanta |
8. | Contents list Journal of engineering physics | Page 1050 |
1. | The second all-union heat- and mass-transfer conference | Pages 973-978 | I. T. Elperin |
2. | Radiative transport and wall temperature slip in an absorbing planar medium | Pages 979-994 | Max A. Heaslet, Robert F. Warming |
3. | Heat transfer by forced convection from a cylinder to water in crossflow | Pages 995-1010 | R. M. Fand |
4. | Turbulent heat and momentum transfer for gases in a circular tube at wall to bulk temperature ratios to seven | Pages | |
5. | Correlation of metallic thermal and electrical conductivities for both solid and liquid phases | Pages 1033-1045 | R. W. Powell |
6. | The radial variation of the eddy viscosity in compressible turbulent jet flows | Pages 1047-1050 | Victor Zakkay, Egon Krause |
7. | Contents lists | Page 1051 | |
8. | Journal of engineering physics | Page 1052 |
1. | The role of turbulence in determining the heat-transfer characteristics of impinging jets | Pages | |
2. | The influence of ultrasonic vibrations on heat transfer to water flowing in annuli | Pages | |
3. | Heat transfer and friction for laminar flow of gas in a circular tube at high heating rate : Solutions for hydrodynamically developed flow by a finite-difference method | Pages | |
4. | The thermal conductivity of sodium in the temperature range 90–850°C | Pages 1303-1317 | Roberto Evangelisti, Franco Isacchini |
5. | Natural convection at a thermal leading edge on a vertical wall | Pages 1319-1331 | Max G. Scherberg |
6. | Laminar free convection from a non-isothermal cone at low Prandtl numbers | Pages 1333-1337 | R. G. Hering |
7. | Developments in heat transfer : Edited by . Edward Arnold (Publishers) Ltd., London, 1964, 530 pp. | Pages 1339-1340 | W. B. Hall |
1. | Heat transfer through the turbulent incompressible boundary layer in the presence of moderate pressure gradient | Pages 1469-1480 | A. P. Hatton |
2. | Heat transfer and skin friction in a channel-laminar flow with variable physical properties | Pages 1481-1490 | V. P. Tyagi |
3. | Heat transfer in laminar flow between parallel porous plates | Pages 1491-1497 | R. M. Terrill |
4. | The similarity hypothesis applied to turbulent flow in an annulus | Pages 1499-1505 | H. Barrow, Y. Lee, A. Roberts |
5. | Axisymmetric, laminar, binary shear layer with thermal diffusion and diffusion-thermo effects | Pages 1507-1513 | Kuei-Yuan Chien |
6. | Laminar flow between parallel flat plates, with heat transfer, of water with variable physical properties | Pages 1515-1535 | G. Poots, M. H. Rogers |
7. | Heat transfer bibliography | Pages 1537-1553 | E. R. G. Eckert, E. M. Sparrow, W. E. Ibele, R. J. Goldstein |
8. | Addendum | Page 1555 | |
9. | Erratum | Page 1555 |
1. | Editorial Board | Page IFC | |
2. | Separation of a gas mixture in curved supersonic flow | Pages 1-2, IN1-IN2, 3-10 | A. Kogan |
3. | The effect of wall conduction on heat transfer to a slug flow | Pages 11-16 | M.G. Sell Jr., J.L. Hudson |
4. | Non-equilibrium transport phenomena of partially ionized argon | Pages 17-34 | M.N. Bahadori, S.L. Soo |
5. | The effect of molecular-kinetic resistances on heat-transfer in condensation | Pages 35-39 | J. Madejski |
6. | Free convection heat transfer to carbon dioxide near the critical point | Pages 41-46, IN3-IN7, 47-51 | Karl K. Knapp, Rolf H. Sabersky |
7. | Free convection in an air-water vapor boundary layer | Pages 53-61 | E.M. Sparrow, J.W. Yang, C.J. Scott |
8. | Heat transfer to newtonian fluids in coiled pipes in laminar flow | Pages 63-75 | Venugopala Kubair, N.R. Kuloor |
9. | Contents lists Journal of engineering physics | Pages 77-80 |
1. | Experimental investigation of laminar free-convection flow in air above horizontal wire with constant heat flux | Pages 81-82, IN1-IN2, 83-93 | K. Brodowicz, W.T. Kierkus |
2. | Drying of a moist capillary-porous body in moving air | Pages 95-102 | I.J. Kumar, H.N. Narang |
3. | Two-phase boundary-layer treatment of free-convection film boiling | Pages 103-115 | Nishikawa Kaneyasu, Ito Takehiro |
4. | Two-phase boundary-layer treatment of forced-convection film boiling | Pages 117-130 | Ito Takehiro, Nishikawa Kaneyasu |
5. | On the behaviour of a relaxing gas in a cylindrical heat-conductivity cell | Pages 131-137 | John F. Clarke |
6. | Application of irreversible thermodynamics methods to investigation of heat and mass transfer | Pages 139-152 | A.V. Luikov |
1. | Bulk and diffusional transport in the region between molecular and viscous flow | Pages 519-526 | D. F. Dyer, J. E. Sunderland |
2. | Transient radiative cooling of a semi-infinite solid with parallel-walled cavities | Pages 527-532 | D. F. Winter |
3. | On temperature distribution over the external surface of screen tubes | Pages 533-538 | Z. I. Geller, E. V. Koval'sky |
4. | Die bestimmung örtlicher und mittlerer wärmeübergangszahlen in rohren bei hohen wärmestromdichten, | Pages 539-565 | W. Hufschmidt, E. Burck, W. Riebold |
5. | On a problem in the theory of the unidirectional regenerator | Pages 567-579 | Alan Kardas |
6. | Theoretical study of laminar film condensation of flowing vapour | Pages 581-591 | I. G. Shekriladze, V. I. Gomelauri |
7. | The effect of a stepwise distribution of heat transfer on the compressible flow over a flat plate | Pages 593-595 | William James McCroskey |
8. | Comments on the paper “separation of a gas mixture in curved supersonic flow” | Pages 597-598 | J. B. Fenn |
9. | Author's reply | Page 598 | A. Kogan |
1. | Editorial Board | Page IFC | |
2. | Dedication Llewellyn M. K. Boelter 1898–1966 | Pages 1-2 | |
3. | Llewellyn M. K. Boelter 1898–1966 | Pages 3-5 | R.A. Seban |
4. | The brief careers of Cherry, Martinelli and Morrin | Pages 7-8 | Willard P. Berggren |
5. | Generalizing the meaning of ‘heat’ | Pages 9-14 | Myron Tribus |
6. | Condensation heat transfer in the presence of a non-condensable gas | Pages 15-26 | Detlev G. Kroger, Warren M. Rohsenow |
7. | Transient heat transfer for forced convection flow over a flat plate of appreciable thermal capacity and containing an exponential time-dependent heat source | Pages | |
8. | Coupled radiation, conduction and convection in entrance region flow | Pages 39-53 | Simon Desoto |
9. | Theoretical expression of water vapor spectral emissivity with allowance for line structure | Pages 55-65 | M.M. Weiner, D.K. Edwards |
10. | Two-dimensional transport models for the lower layers of the atmosphere | Pages 67-79 | H.F. Poppendiek |
11. | The sixth U.S. congress for applied mechanics | Page 81 |
1. | Free convection organic sublimation on a vertical semi-infinite plate | Pages 1215-1224 | James A. Adams, Robert L. Lowell Jr. |
2. | Observations on the structure of a turbulent free convection boundary layer | Pages 1225-1232 | G.S.H. Lock, F.J.deB. Trotter |
3. | The effect of turbulence parameters and support position on the heat transfer from spheres | Pages 1233-1252 | G.D. Raithby, E.R.G. Eckert |
4. | Transient response of countercurrent heat exchangers with short contact time | Pages 1253-1265 | P.F. Tomlan, J.L. Hudson |
5. | Transfert de chaleur a travers une couche heterogene | Pages 1267-1285 | Jacques Pierre Padet |
6. | Mass transfer between a falling liquid film and a plane vertical surface | Pages 1287-1289 | A.A. Wragg, Paul Serafimidis, Asbjörn Einarsson |
7. | The influence of strong adverse pressure gradients on the effectiveness of film cooling | Pages 1289-1292 | M.P. Escudier, J.H. Whltelaw |
8. | Heat and mass transfer in turbulent boundary layers: Herceg-Novi Yugoslavia—9–21 September, 1968 | Pages 1293-1294 |
1. | Combined free and forced convection flow about inclined surfaces in porous media | Pages 807-814 | Cheng Ping |
2. | Prediction of multilayer chimney liner temperatures under unsteady state conditions | Pages 815-826 | R.G. Siddall, J.K. Pearson |
3. | A study of nucleate boiling near the peak heat flux through measurement of transient surface temperature | Pages | |
4. | The effect of solute layering on lateral heat transfer in an enclosure | Pages 841-846 | R.A. Wirtz |
5. | Heat transfer in the entrance length of a horizontal rotating tube | Pages 847-854 | J.E. McElhiney, G.W. Preckshot |
6. | Dispersed flow heat transfer | Pages 855-866 | E.N. Ganić, W.M. Rohsenow |
7. | Analysis of mixed forced and free convection about a sphere | Pages 867-875 | T.S. Chen, A. Mucoglu |
8. | Heat-transfer measurements during dropwise condensation of mercury | Pages 877-881 | S. Necmi, J.W. Rose |
9. | New analytical method for a nonlinear diffusion problem | Pages 883-889 | Suzuki Mutsumi, Matsumoto Shigeru, Maeda Siro |
10. | Erratum | Page 891 |
1. | Heat transfer—A review of 1977 literature | Pages 1269-1298 | E.R.G. Eckert, E.M. Sparrow, R.J. Goldstein, C.J. Scott, E. Pfender, S.V. Patankar, J.W. Ramsey |
2. | Mass transfer for turbulent flow in an annulus with non-axisymmetric boundary conditions | Pages 1299-1308 | D.P. Robinson, V. Walker |
3. | Laminar condensation heat and mass transfer in the vicinity of the forward stagnation point of a spherical droplet translating in a ternary mixture: Numerical and asymptotic solutions | Pages 1309-1324 | J.N. Chung, P.S. Ayyaswamy |
4. | Vaporization of water films in rotating radial pipes | Pages 1325-1332 | J.T. Dakin |
5. | Experimental frequency domain dynamics of heat pipes | Pages 1333-1340 | A. Rajakumar, P.R. Krishnaswamy |
6. | Natural-convective flow through a vertical duct with a restricted entry | Pages 1341-1354 | J.R. Dyer |
7. | Prediction of mass transfer near a rotating disc at high schmidt numbers and high swirl rates | Pages 1355-1356 | B.I. Sharma |
1. | Measurement of drop sizes | Pages 1245-1279 | B.J. Azzopardi |
2. | A new approach to the correlation of boundary layer mass transfer rates with thermal diffusion and/or variable properties | Pages 1281-1294 | R. Srivastava, D.E. Rosner |
3. | Multi-phase moisture transfer in porous media subjected to temperature gradient | Pages 1295-1307 | C.L.D. Huang |
4. | Fluctuations de temperature dans un ecoulement turbulent a temperature elevee | Pages 1309-1317 | I. Gokalp, A. Lasek |
5. | On the characteristics of heat and mass transfer from a rotating disk with sink flow | Pages 1319-1321 | Akira Iguchi, Katsuo Komori, Ryotaro Izumi |
6. | The effect of composition on the boiling rates of liquified natural gas for confined spills on water: J.A. Valencia-Chavez and R.C. Reid, Int. J. Haet Mass Transfer22, 831–838 (1979) | Page 1322 |