Bubble dynamics in subcooled nucleate boiling based on the mass transfer mechanism

Robin, T. T.; Snyder, N.

doi:10.1016/0017-9310(70)90109-2

Cited by 18 publications

(6 citation statements)

References 12 publications

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“…Subcooling of liquid phase puts in operation two additional cooling mechanisms: evaporation-condensation [9] (Fig. 1d), being an extra version of the microlayer evaporation mechanism, and quasi-cavitations [10] (Fig.…”

Section: Basic Features and Experimental Factsmentioning

confidence: 99%

Boiling Heat Transfer: Mechanisms, Models, Correlations and the Lines of Further Research

Shekriladze¹

2008

TOMEJ

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A review discusses current status of boiling heat transfer research. Basic experimental facts, physical models and correlations of experimental data on heat transfer coefficient (HTC) are reconsidered. Principal restrictions of traditional model of "the theatre of actors" (MTA) are demonstrated. Basic role of control of HTC by thermodynamic conditions on nucleation sites is demonstrated and consequent model of "the theatre of director" (MTD) is discussed. Universal MTD-based correlation of boiling HTC of all types of liquids is presented. Unified consistent research framework for developed boiling heat transfer and diverse specific boiling heat transfer regimes is outlined through supplementing MTD by so-called multifactoring concept (MFC). MFC links transition from developed boiling mode to diverse boiling curves to a phenomenon of multiplication of factors influencing HTC. Multifactoring phenomenon equally can cover any boiling process including boiling in minichannels and microchannels. Possible types of multifactoring are considered. Finally, the ways of further research of the boiling problem are discussed.

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Section: Basic Features and Experimental Factsmentioning

confidence: 99%

Boiling Heat Transfer: Mechanisms, Models, Correlations and the Lines of Further Research

Shekriladze¹

2008

TOMEJ

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“…Subcooling of liquid phase puts in operation two additional cooling mechanisms: evaporation-condensation [16] (Fig. (1,d)), being an extra version of MLE, and quasi cavitation [17] (Fig.…”

Section: Basic Features and Experimental Factsmentioning

confidence: 99%

Boiling in macro and micro systems: Existing problems and ways of further research

Shekriladze¹

2008

2008 Second International Conference on Thermal Issues in Emerging Technologies

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A keynote paper presents just the next attempt to promote a discussion of modern state of art in the field of boiling heat transfer research. It is shown how unwillingness to deconstruct internal contradictions of applicable approaches has resulted longstanding theoretical deadlock. Alternatively, it also is shown how resolution of these contradictions opens the ways to breakthrough in boiling heat transfer theory Principal contradictions between experimental knowledge and traditional model of "the theatre of actors" (MTA) are discussed. Basic experimental facts, physical models and correlations of experimental data are reconsidered. Crucial role of pumping effect of growing bubble (PEGB) in boiling heat transfer and hydrodynamics is shown. Basic role of control of HTC by thermodynamic conditions on nucleation sites is demonstrated and consequent model of "the theatre of director" (MTD) is discussed. Universal MTD-based correlation of boiling HTC of all types of liquids is considered. Unified consistent research framework for developed boiling heat transfer and diverse specific boiling heat transfer regimes is outlined through supplementing MTD by so-called multifactoring concept (MFC). MFC links transition from developed boiling mode to diverse boiling curves to a phenomenon of multiplication of factors influencing HTC.It is shown also that multifactoring phenomenon equally can cover any boiling process including boiling in minichannels and microchannels. Possible types of multifactoring are considered. The ways of further research of the boiling problem are discussed. 978-

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“…The bubble dynamics in subcooled nucleate boiling was studied i.a. by Hsu [6], Robin and Snyder [7], Takagi et al [8], Wu et al [9], Marek and Straub [2], Lu and Peng [10]. It was shown that, in general, the surface tension r depends on both the temperature and chemical composition at the interface.…”

Section: Introductionmentioning

confidence: 96%

Effect of Marangoni flow on subcooled pool boiling on micro-scale and macro-scale heaters in water and surfactant solutions

Hetsroni

Mosyak

Pogrebnyak

2015

International Journal of Heat and Mass Transfer

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Bubble dynamics in subcooled nucleate boiling based on the mass transfer mechanism

Cited by 18 publications

References 12 publications

Boiling Heat Transfer: Mechanisms, Models, Correlations and the Lines of Further Research

Boiling Heat Transfer: Mechanisms, Models, Correlations and the Lines of Further Research

Boiling in macro and micro systems: Existing problems and ways of further research

Effect of Marangoni flow on subcooled pool boiling on micro-scale and macro-scale heaters in water and surfactant solutions

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