2002
DOI: 10.1016/s0017-9310(01)00132-6
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Heat transfer in condensing, pulsating flows

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Cited by 8 publications
(1 citation statement)
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“…Similarly, Fraenkel et al explored the grain drying velocity in the tail pipe of a Rijke-type combustor [4], and found that the oscillating flow gas with a pulsating frequency of 80 Hz and with pulsating amplitude of 1500 Pa can cut down the drying time by half. The best frequency obtained in Hommema et al's work [5] is lower, results showed that the pulsating flow gas with harmonic frequency of 34 Hz enhance the heat transfer coefficient by 180%. Poh et al adopted computational fluid dynamics to investigate the characteristics of heat transfer in pulsating flow with different Reynolds number (100-1000) and with different oscillating frequency (1-20 Hz) [6], results showed that the best oscillating frequency to enhance heat transfer is different under different Reynolds number.…”
Section: Introductionmentioning
confidence: 82%
“…Similarly, Fraenkel et al explored the grain drying velocity in the tail pipe of a Rijke-type combustor [4], and found that the oscillating flow gas with a pulsating frequency of 80 Hz and with pulsating amplitude of 1500 Pa can cut down the drying time by half. The best frequency obtained in Hommema et al's work [5] is lower, results showed that the pulsating flow gas with harmonic frequency of 34 Hz enhance the heat transfer coefficient by 180%. Poh et al adopted computational fluid dynamics to investigate the characteristics of heat transfer in pulsating flow with different Reynolds number (100-1000) and with different oscillating frequency (1-20 Hz) [6], results showed that the best oscillating frequency to enhance heat transfer is different under different Reynolds number.…”
Section: Introductionmentioning
confidence: 82%