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Mechanistic Modeling of the Convective Heat Transfer Coefficient in Gas-Liquid Intermittent Flows

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Pages 984-998 | Published online: 14 Jul 2010

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PranavV. Godbole, ClementC. Tang & AfshinJ. Ghajar. (2011) Comparison of Void Fraction Correlations for Different Flow Patterns in Upward Vertical Two-Phase Flow. Heat Transfer Engineering 32:10, pages 843-860.
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AfshinJ. Ghajar & ClementC. Tang. (2010) Importance of Non-Boiling Two-Phase Flow Heat Transfer in Pipes for Industrial Applications. Heat Transfer Engineering 31:9, pages 711-732.
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Mirza M. Shah. (2018) General Correlation for Heat Transfer to Gas–Liquid Flow in Vertical Channels. Journal of Thermal Science and Engineering Applications 10:6.
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Carlos L. Bassani, Fausto A.A. Barbuto, Amadeu K. Sum & Rigoberto E.M. Morales. (2018) A three-phase solid-liquid-gas slug flow mechanistic model coupling hydrate dispersion formation with heat and mass transfer. Chemical Engineering Science 178, pages 222-237.
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Carlos L. Bassani, Fausto A.A. Barbuto, Amadeu K. Sum & Rigoberto E.M. Morales. (2017) Modeling the effects of hydrate wall deposition on slug flow hydrodynamics and heat transfer. Applied Thermal Engineering 114, pages 245-254.
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A. Fershtman, L. Shemer & D. Barnea. (2016) Instantaneous heat transfer rate around consecutive Taylor bubbles. International Journal of Heat and Mass Transfer 95, pages 865-873.
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V. Babin, L. Shemer & D. Barnea. (2015) Local instantaneous heat transfer around a rising single Taylor bubble. International Journal of Heat and Mass Transfer 89, pages 884-893.
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Eugenio F. Simões, João N.E. Carneiro & Angela O. Nieckele. (2014) Numerical prediction of non-boiling heat transfer in horizontal stratified and slug flow by the Two-Fluid Model. International Journal of Heat and Fluid Flow 47, pages 135-145.
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