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Ramo-wooldridge general research program, 1959. f. studies of boiling heat transfer.

Author: Novak Zuber; Gorden C K Yeh; H C Corben; THOMPSON RAMO WOOLDRIDGE INC CANOGA PARK CALIF.
Publisher: Ft. Belvoir Defense Technical Information Center JAN 1940.
Edition/Format:   Book : English
Database:WorldCat
Summary:
An analytical expression, in terms of the bubble population, was derived for the velocity of the liquid adjacent to the heating surface. This velocity was used to estimate the heat transfer in nucleate boiling. Experimental data indicate that when bubbles can be considered as isolated, then the heat transfer in nucleate boiling is intermittent and bears a similarity to the transfer of heat from a flat plate with  Read more...
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Document Type: Book
All Authors / Contributors: Novak Zuber; Gorden C K Yeh; H C Corben; THOMPSON RAMO WOOLDRIDGE INC CANOGA PARK CALIF.
OCLC Number: 227362829
Description: 10 p.

Abstract:

An analytical expression, in terms of the bubble population, was derived for the velocity of the liquid adjacent to the heating surface. This velocity was used to estimate the heat transfer in nucleate boiling. Experimental data indicate that when bubbles can be considered as isolated, then the heat transfer in nucleate boiling is intermittent and bears a similarity to the transfer of heat from a flat plate with boundary layer formation. Experimental data indicate also that as the vapor void fraction (vapor hold-up) on the heating surface increases there occurs a change in the hydrodynamic conditions of the two-phase system. This change occurs at a heat flux density well below the critical heat flux. The vapor removal is altered from an intermittent to a continuous process. The mechanism of heat transfer is affected but not the process.

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