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P. Adomeit, U. Renz (2000)
Hydrodynamics of three-dimensional waves in laminar falling filmsInternational Journal of Multiphase Flow, 26
Hydrodynamics of three-dimensional waves in laminar falling films P. Adomeit and U. Renz (2000)
P. Adomeit and U. Renz, Hydrodynamics of three-dimensional waves in laminar falling films, Int. J. Multiphase Flow, 2000, Vol. 26, P. 1183-1208.
E. Chinnov, A. Nazarov, A. Saprykina, A. Serov (2007)
Influence of thermocapillary effects on wave characteristics of the heated liquid filmThermophysics and Aeromechanics, 14
G. Gimbutis (1978)
Analogy between the processes of momentum transfer and heat transfer in turbulent flow of a liquid in a tube and in a gravitational filmJournal of engineering physics, 34
O.A. Kabov E.A. Chinnov (2004)
The effect of three-dimensional deformations on local heat transfer to nonuniformly heated falling film of liquidHigh Temperatures, 42
E. Chinnov, O. Kabov, O. Zhukovskaya, I. Sharina (2006)
Heat transfer in a subcooled evaporating liquid filmHigh Temperature, 44
G. Gimbutis (1988)
Heat Transfer at Gravitational Flow of a Liquid Film
B.G. Ganchev (1987)
Cooling of Nuclear Reactor Elements by Falling Films
E. Chinnov, O. Kabov (2007)
Marangoni effect on wave structure in liquid filmsMicrogravity Science and Technology, 19
M. Johnson, R. Schluter, S. Bankoff (1997)
Fluorescent imaging system for global measurement of liquid film thickness and dynamic contact angle in free surface flowsReview of Scientific Instruments, 68
Hydrodynamics and heat transfer in capillary flows with natural circulation E.A. Chinnov (2004)
E.A. Chinnov, Hydrodynamics and heat transfer in capillary flows with natural circulation, Doctoral Thesis, Novosibirsk, 2004.
V.V. Lel A.N. Pavlenko (2002)
The growth of wave amplitude and heat transfer in falling intensively evaporating liquid filmsRuss.J. of Engng. Thermophys., 11
O. Kabov, E. Chinnov (1997)
HEAT TRANSFER FROM A LOCAL HEAT SOURCE TO A SUBCOOLED FALLING LIQUID FILM EVAPORATING IN A VAPOR-GAS MEDIUM
B.G. Pokusaev (1994)
Wave Flow of Liquid Films
I.V. Marchuk O.A. Kabov (1996)
Thermal imaging study of the liquid film flowing on vertical surface with local heat sourceRuss. J. Engng. Thermophys., 6
E. Drosos, S. Paras, A. Karabelas (2004)
Characteristics of developing free falling films at intermediate Reynolds and high Kapitza numbersInternational Journal of Multiphase Flow, 30
E. Chinnov, O. Kabov (2003)
Jet Formation in Gravitational Flow of a Heated Wavy Liquid FilmJournal of Applied Mechanics and Technical Physics, 44
C. Boyadjiev (1995)
Wave flow of liquid films: S. V. ALEKSEENKO, V. E. NAKORYAKOV and B. G. POKUSAEV, All-Rusian Inc. “Nauka”, Novosibirsk, 1992, 256 pp.International Journal of Heat and Mass Transfer, 38
A.V. Diatlov O.A. Kabov (1995)
Heat transfer from a vertical heat source to falling liquid filmProc. First Int. Symp. Two-Phase Flow Modelling and Experimentation, 1
O.A. Kabov E.A. Chinnov (2002)
Heat transfer and breakdown of subcooled falling liquid film on a vertical middle size heaterInt. J. Heat Technol., 20
J. Liu, J. Schneider, J. Gollub (1995)
Three‐dimensional instabilities of film flowsPhysics of Fluids, 7
E. Chinnov, S. Kharlamov, A. Saprykina, O. Zhukovskaya (2007)
Measuring deformations of the heated liquid film by the fluorescence methodThermophysics and Aeromechanics, 14
S. Alekseenko, V. Antipin, V. Guzanov, D. Markovich, S. Kharlamov (2005)
Stationary solitary three-dimensional waves on a vertically flowing fluid filmDoklady Physics, 50
Yu.M. Tananayko (1972)
Heat Transfer in Liquid Films
Abstract Formation of rivulets on the surface of non-isothermal water film falling vertically over the heaters with different sizes and boundary conditions was studied experimentally. The distances between rivulets were measured depending on Reynolds number, heat flux density and film path (a distance between the lower edge of a film-former nozzle and the measurement point of film flow characteristics). The breakdown of solitary waves at liquid film heating was revealed. Four zones of film path influence on rivulet formation were distinguished.
Thermophysics and Aeromechanics – Springer Journals
Published: Mar 1, 2009
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