Experimental studies of boiling performance in curved channels with a two-phase approach flow

G. G. Desta; Terrence W Simon

Experimental studies of boiling performance in curved channels with a two-phase approach flow

Mechanical Engineering

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Abstract

Experimental studies on flow boiling heat transfer were performed on a small heater surface using FC-72. Two channel geometries were compared; a straight channel and a curve channel with the heated patch on the concave wall at 90° of bend location. At a given flow velocity and subcooling, critical heat flux is higher in the curved flow than in the straight flow with a difference which grows as saturation conditions are approached.

Original language	English (US)
Title of host publication	Falling Films
Editors	F.B. Cheung, Y.A. Hassan, A. Singh
Volume	314
Edition	12
State	Published - Dec 1 1995
Event	Proceedings of the 1995 30th National Heat Transfer Conference. Part 14 - Portland, OR, USA Duration: Aug 6 1995 → Aug 8 1995

Other

Other	Proceedings of the 1995 30th National Heat Transfer Conference. Part 14
City	Portland, OR, USA
Period	8/6/95 → 8/8/95

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abstract = "Experimental studies on flow boiling heat transfer were performed on a small heater surface using FC-72. Two channel geometries were compared; a straight channel and a curve channel with the heated patch on the concave wall at 90° of bend location. At a given flow velocity and subcooling, critical heat flux is higher in the curved flow than in the straight flow with a difference which grows as saturation conditions are approached.",

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AB - Experimental studies on flow boiling heat transfer were performed on a small heater surface using FC-72. Two channel geometries were compared; a straight channel and a curve channel with the heated patch on the concave wall at 90° of bend location. At a given flow velocity and subcooling, critical heat flux is higher in the curved flow than in the straight flow with a difference which grows as saturation conditions are approached.

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Y2 - 6 August 1995 through 8 August 1995

ER -

Experimental studies of boiling performance in curved channels with a two-phase approach flow

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