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1. Advances in heat transfer
by Irvine, Thomas F. q (Thomas Francis) and Hartnett, J. P. (James P.)
Advances in heat transfer, ISSN 0065-2717
Heat | Transmission
Journal
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2. Conjugate problems in convective heat transfer
by Dorfman, A. Sh. (Abram Shlemovich)
2010, Heat transfer, ISBN 9781420082371, xxxii, 421
Heat | Fluid dynamics | Convection | Transmission
Book
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3. Engineering heat transfer
by Simonson, John R
1988, 2nd ed. --, ISBN 0333459997, xiii, 266
Heat | Transmission
Book
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4. Convection heat transfer
by Bejan, Adrian, 1948
1995, 2nd ed., ISBN 9780471579724, xxix, 623
Heat | Convection
Book
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5. Introduction to heat transfer
by Incropera, Frank P and DeWitt, David P., 1934-2005
1996, 3rd ed., ISBN 0471304581, xxiii, 801
Heat | Transmission
Book
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6. Engineering heat transfer
by Simonson, John R
1989, 2nd ed., ISBN 9780891160243, xiii, 266
Heat | Transmission
Book
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7. Convective heat transfer
by Burmeister, Louis C
1993, 2nd ed., ISBN 9780471577096, xvii, 619
Heat | Convection | Transmission
Book
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8. Convective heat transfer
by Kakaç, S and Yener, Yaman and Yener, Y
1995, 2nd ed., ISBN 9780849399398, 422
Heat | Convection
Book
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9. Principles of convective heat transfer
by Kaviany, M
1994, Mechanical engineering series., ISBN 3540942718, xxii, 709
Heat | Convection
Book
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10. Full Text Enhancement of heat transfer using nanofluids—An overview
by Godson, Lazarus and Raja, B and Mohan Lal, D and Wongwises, S
Renewable and Sustainable Energy Reviews, ISSN 1364-0321, 2010, Volume 14, Issue 2, pp. 629 - 641
A colloidal mixture of nano-sized particles in a base fluid, called nanofluids, tremendously enhances the heat transfer characteristics of the original fluid,... 
Convective heat transfer | Nanoparticles | Turbulent flow | Laminar flow | Nanofluid | Thermal conductivity | Dispersion | GOLD NANOPARTICLES | FLUIDS | FORCED-CONVECTION | SUSPENSIONS | PARTICLES | ENERGY & FUELS | PERFORMANCE | CARBON NANOTUBE COMPOSITES | THERMAL-CONDUCTIVITY ENHANCEMENT | LAMINAR-FLOW | POOL | Nanofluid Convective heat transfer Laminar flow Turbulent flow Nanoparticles Dispersion Thermal conductivity | Mechanical engineering | Turbulence | Plumes (Fluid dynamics)
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11. Full Text Electrospray array heat transfer
by Gibbons, M.J and Robinson, A.J
International Journal of Thermal Sciences, ISSN 1290-0729, 07/2018, Volume 129, pp. 451 - 461
Multiple source electrospraying enables higher droplet mass flux and greater cooling coverage area in comparison with its single source counterpart. The local... 
Spray cooling | Electric field | Electronic cooling | Electrospray | Heat transfer | BOILING REGIMES | DIFFUSION FLAMES | ELECTRIC-FIELD | MULTIPLEXED ELECTROSPRAYS | MONODISPERSE DROPLETS | OF-THE-ART | ENGINEERING, MECHANICAL | ELECTROSTATIC ATOMIZATION | TRANSFER MECHANISMS | THERMODYNAMICS | TRANSFER PERFORMANCE | CONE-JET
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12. Full Text Review of nanofluids for heat transfer applications
by Wen, Dongsheng and Lin, Guiping and Vafaei, Saeid and Zhang, Kai
Particuology, ISSN 1674-2001, 2009, Volume 7, Issue 2, pp. 141 - 150
Research on nanofluids has progressed rapidly since its enhanced thermal conductivity was first reported about a decade ago, though much controversy and... 
Nanoparticles | Convective heat transfer | Process intensification | Thermal conductivities | Boiling | Nanofluids | GOLD NANOPARTICLES | MATERIALS SCIENCE, MULTIDISCIPLINARY | EFFECTIVE THERMAL-CONDUCTIVITY | CARBON NANOTUBES | FLOW | NANO-FLUIDS | SURFACE WETTABILITY | ENGINEERING, CHEMICAL | NANOPARTICLE SUSPENSIONS | ENHANCEMENT | POOL | AQUEOUS SUSPENSIONS
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13. Full Text Numerical study of convective heat transfer of nanofluids: A review
by Vanaki, Sh.M and Ganesan, P and Mohammed, H.A
Renewable and Sustainable Energy Reviews, ISSN 1364-0321, 02/2016, Volume 54, pp. 1212 - 1239
The recent development of nanotechnology led to the concept of using suspended nanoparticles in heat transfer fluids to improve the heat transfer coefficient... 
Convective heat transfer | CFD | Single-phase modeling | Two-phase modeling | Thermophysical properties | Nanofluids | NATURAL-CONVECTION | GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY | SQUARE CAVITY | FORCED-CONVECTION | ENERGY & FUELS | NANOPARTICLE MEAN DIAMETER | ENHANCED THERMAL-CONDUCTIVITY | WATER-BASED NANOFLUIDS | LAMINAR MIXED CONVECTION | FLUID-FLOW CHARACTERISTICS | LATTICE BOLTZMANN SIMULATION | HELICALLY COILED TUBES
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14. Engineering thermodynamics
: work and heat transfer
by Rogers, G. F. C. (Gordon Frederick Crichton) and Mayhew, Y. R. (Yon Richard)
1992, 4th ed. --, ISBN 9780470218105, xxiii, 711
Thermodynamics
Book
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15. Full Text Optimization principles for convective heat transfer
by Chen, Qun and Wang, Moran and Pan, Ning and Guo, Zeng-Yuan
Energy, ISSN 0360-5442, 2009, Volume 34, Issue 9, pp. 1199 - 1206
Optimization for convective heat transfer plays a significant role in energy saving and high-efficiency utilizing. We compared two optimization principles for... 
Convective heat transfer | Entransy dissipation | Optimization principle | Entropy generation | DUCT | ENERGY | FORCED-CONVECTION | ENERGY & FUELS | ENTRANSY | FLOW | THERMODYNAMIC OPTIMIZATION | THERMODYNAMICS | PERSPECTIVES | 2ND LAW ANALYSIS | FINITE-TIME
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16. Full Text A review on natural convective heat transfer of nanofluids
by Haddad, Zoubida and Oztop, Hakan F and Abu-Nada, Eiyad and Mataoui, Amina
Renewable and Sustainable Energy Reviews, ISSN 1364-0321, 09/2012, Volume 16, Issue 7, pp. 5363 - 5378
Nanofluids are considered to have great potential for heat transfer enhancement and are highly suited to application in practical heat transfer processes.... 
Natural convection | Heat transfer | Nanofluids | GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY | TRANSFER ENHANCEMENT | ENERGY & FUELS | WATER-BASED NANOFLUIDS | EFFECTIVE THERMAL-CONDUCTIVITY | TRANSFER AUGMENTATION | NANOPARTICLE-FLUID MIXTURE | SQUARE ENCLOSURE | LATTICE BOLTZMANN SIMULATION | NUMERICAL-SIMULATION | TEMPERATURE-DEPENDENT PROPERTIES | RECTANGULAR ENCLOSURES | Mechanical engineering | Analysis | Universities and colleges | Convective heat transfer | Nanocomposites | Nanomaterials | Nanostructure | Enclosures | Convection | Clean energy
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17. Computational analysis of convection heat transfer
by Sundén, Bengt and Comini, Gianni
2000, International series on developments in heat transfer, ISBN 1853127345, Volume 7., 432
Heat | Mathematical models | Convection | Transmission
Book
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18. Full Text A critical review of convective heat transfer of nanofluids
by Daungthongsuk, Weerapun and Wongwises, Somchai
Renewable and Sustainable Energy Reviews, ISSN 1364-0321, 2007, Volume 11, Issue 5, pp. 797 - 817
A nanofluid is a suspension of ultrafine particles in a conventional base fluid which tremendously enhances the heat transfer characteristics of the original... 
Effective viscosity | Effective thermal conductivity | Forced convective heat transfer | Nanofluids | Ultrafine | ultrafine | GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY | effective viscosity | FILM | nanofluids | ENERGY & FUELS | DISPERSION | AIR | MASS-TRANSFER | effective thermal conductivity | forced convective heat transfer | LAMINAR-FLOW | Nanofluids Ultrafine Effective thermal conductivity Effective viscosity Forced convective heat transfer | Mechanical engineering | Nanotechnology
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19. Principles of heat transfer in porous media
by Kaviany, M. (Massoud)
1991, Mechanical engineering series, ISBN 0387975934, xx, 626
Thermal properties | Heat | Porous materials | Transmission
Book
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20. Full Text Heat transfer during convective boiling inside microchannels
by Kanizawa, Fabio Toshio and Tibiriçá, Cristiano Bigonha and Ribatski, Gherhardt
International Journal of Heat and Mass Transfer, ISSN 0017-9310, 02/2016, Volume 93, pp. 566 - 583
This paper presents experimental results for the heat transfer coefficient during flow boiling of refrigerants R134a, R245fa and R600a inside small diameter... 
Heat transfer coefficient | Micro-scale channels | Two-phase flow | Convective flow boiling | 2-PHASE FLOW | GENERAL CORRELATION | FLUX | PART II | REFRIGERANTS | PREDICTION METHODS | SILICON MULTI-MICROCHANNELS | TRANSFER MODEL | ENGINEERING, MECHANICAL | EVAPORATION | MECHANICS | THERMODYNAMICS | R-134A
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