Heat and Mass Transfer in Countercurrent Flow of Air and Water Film in a Rectangular Vertical Duct

宏明, 田中; 綾夫, 柘植; 賢, 平田; 仁一, 西脇

doi:10.1299/kikai1938.39.3394

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1976

1987

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“…It is now generally thought [11,19] that the wall temperature spikes referred to above, when observed only in upward flow, are due to this anomalous shear stress distribution caused by the buoyancy forces. A similar phenomenon is observed in accelerated flows where relaminarization can take place.…”

Section: Vertical Channelsmentioning

confidence: 99%

Heat transfer and flow of helium in channels :

Jones¹

1976

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Heat transfer and fluid mechanics of helium flowing in channels are reviewed, Emphasis is placed on observed or anticipated limits of operation which might be expected to apply in applications of superconductivity. Topics included are: the high-heat-flux degradation of heat transfer and possible effects of buoyancy forces in supercritical helium; transition to film boiling in subcritical helium; limiting heat currents in helium II; and the possibility of oscillations in forced flow helium systems.

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Section: Vertical Channelsmentioning

confidence: 99%