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Item

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PHOTOGRAPHIC STUDY OF SUBCOOLED POOL BOILING CRITICAL HEAT FLUX ON HORIZONTAL CYLINDERS WITH COMMERCIAL AND ROUGH SURFACES

http://hdl.handle.net/20.500.12678/0000007094
b30aa70d-41e9-48a6-a497-c52dfd60c13b
6e32d6a4-44ae-450c-bf18-c499c7b359f3
Publication type
Conference paper
Upload type
Publication
Title
Title PHOTOGRAPHIC STUDY OF SUBCOOLED POOL BOILING CRITICAL HEAT FLUX ON HORIZONTAL CYLINDERS WITH COMMERCIAL AND ROUGH SURFACES
Language en
Publication date 2014-02-07
Authors
Min Han Htet
Description
The subcooled pool boiling critical heat flux (CHF) using a
1.2-mm diameter horizontal commercial surface cylinder in
water at pressures ranging from atmospheric pressure up to
2063 kPa for a wide ranges of liquid subcoolings from zero to
80 K have been measured to investigate for the mechanisms of
subcooled boiling CHF depending on the effects of subcoolings
and pressures on the steady and transient CHF. The steady-state
CHFs for subcooling were divided into two groups for low and
high subcoolings with pressure as a parameter with two
different CHF mechanisms resulting from hydrodynamics
instability (HI) and heterogeneous spontaneous nucleation
(HSN). It was also observed that the measured CHFs resulting
from the HI at low pressures in liquid subcoolings as well as
the measured CHFs due to HSN at high pressures in high
subcoolings respectively on a 1.2-mm diameter of commercial
and rough (CS and RS) surface cylinders were approximately
same with one another independently of surface conditions. The
purpose of the present work is to investigate and compare the
heat transfer processes and the vapor behaviors for two
mechanisms of subcooled CHFs for the liquid subcooling of
20 K at 101.3 kPa and for the liquid subcooling of 80 K at
690 kPa by mean of photographically. The vapor behavior such
as periodic bubble growths and detachments corresponding to
HI mechanism at CHF for the liquid subcooling of 20 K at
101.3 kPa and small vapor bubbles existing for some periods on
the cylinder corresponding to the HSN mechanism at CHF for
the liquid subcooling of 80 K at 690 kPa were investigated.
Keywords
photographic study subcooled pool boiling
Identifier https://doi.org/10.1115/ICONE21-16174
Conference papers
21st International Conference on Nuclear Engineering (ICONE21)
July 29 - August 2, 2013
21st International Conference on Nuclear Engineering ICONE21
Chengdu, China
Track 9 Thermal Hydraulics
https://www.asmeconferences.org/icone21/
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