Thermal vibrational convection in a two-phase stratified liquid

The response of a two-phase stratified liquid system subject to a vibration parallel to an imposed temperature gradient is analyzed using a hybrid thermal lattice Boltzmann method (HTLB). The vibrations considered correspond to sinusoidal translations of a rigid cavity at a fixed frequency. The laye...

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Published inComptes rendus. Mecanique Vol. 335; no. 5; pp. 304 - 314
Main Authors Chang, Qingming, Alexander, J. Iwan D.
Format Journal Article
LanguageEnglish
Published Paris Elsevier SAS 01.05.2007
Elsevier
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ISSN1631-0721
1873-7234
1873-7234
DOI10.1016/j.crme.2007.05.014

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Abstract The response of a two-phase stratified liquid system subject to a vibration parallel to an imposed temperature gradient is analyzed using a hybrid thermal lattice Boltzmann method (HTLB). The vibrations considered correspond to sinusoidal translations of a rigid cavity at a fixed frequency. The layers are thermally and mechanically coupled. Interaction between gravity-induced and vibration-induced thermal convection is studied. The ability of the applied vibration to enhance the flow, heat transfer and interface distortion is investigated. For the range of conditions investigated, the results reveal that the effect of the vibrational Rayleigh number and vibrational frequency on a two-phase stratified fluid system is much different from that for a single-phase fluid system. Comparisons of the response of a two-phase stratified fluid system with a single-phase fluid system are discussed. To cite this article: Q. Chang, J.I.D. Alexander, C. R. Mecanique 335 (2007). La réponse d'un système liquide à deux phases stratifié sujet à une vibration parallèle avec un gradient de température imposé est analysée en utilisant une méthode hybride thermique lattice Boltzmann (HTLB). Les vibrations considérées correspondent aux translations sinusoïdales d'une cavité rigide à fréquence fixe. Les couches sont couplées thermiquement et mécaniquement. L'interaction entre la convection thermique causée par la gravité et les vibrations est étudiée. La capacité des vibrations à intensifier l'écoulement, le transfert de chaleur et la déformation de l'interface est étudiée. Pour la gamme des paramètres considérés, les résultats indiquent que l'effet du nombre vibratoire de Rayleigh et de la fréquence vibratoire sur un système liquide à deux phases et stratifié est très différent que son effet sur un système liquide à une phase. La comparaison de ces deux systèmes et discutée. Pour citer cet article : Q. Chang, J.I.D. Alexander, C. R. Mecanique 335 (2007).
AbstractList The response of a two-phase stratified liquid system subject to a vibration parallel to an imposed temperature gradient is analyzed using a hybrid thermal lattice Boltzmann method (HTLB). The vibrations considered correspond to sinusoidal translations of a rigid cavity at a fixed frequency. The layers are thermally and mechanically coupled. Interaction between gravity-induced and vibration-induced thermal convection is studied. The ability of the applied vibration to enhance the flow, heat transfer and interface distortion is investigated. For the range of conditions investigated, the results reveal that the effect of the vibrational Rayleigh number and vibrational frequency on a two-phase stratified fluid system is much different from that for a single-phase fluid system. Comparisons of the response of a two-phase stratified fluid system with a single-phase fluid system are discussed. To cite this article: Q. Chang, J.I.D. Alexander, C. R. Mecanique 335 (2007). La réponse d'un système liquide à deux phases stratifié sujet à une vibration parallèle avec un gradient de température imposé est analysée en utilisant une méthode hybride thermique lattice Boltzmann (HTLB). Les vibrations considérées correspondent aux translations sinusoïdales d'une cavité rigide à fréquence fixe. Les couches sont couplées thermiquement et mécaniquement. L'interaction entre la convection thermique causée par la gravité et les vibrations est étudiée. La capacité des vibrations à intensifier l'écoulement, le transfert de chaleur et la déformation de l'interface est étudiée. Pour la gamme des paramètres considérés, les résultats indiquent que l'effet du nombre vibratoire de Rayleigh et de la fréquence vibratoire sur un système liquide à deux phases et stratifié est très différent que son effet sur un système liquide à une phase. La comparaison de ces deux systèmes et discutée. Pour citer cet article : Q. Chang, J.I.D. Alexander, C. R. Mecanique 335 (2007).
The response of a two-phase stratified liquid system subject to a vibration parallel to an imposed temperature gradient is analyzed using a hybrid thermal lattice Boltzmann method (HTLB). The vibrations considered correspond to sinusoidal translations of a rigid cavity at a fixed frequency. The layers are thermally and mechanically coupled. Interaction between gravity-induced and vibration-induced thermal convection is studied. The ability of the applied vibration to enhance the flow, heat transfer and interface distortion is investigated. For the range of conditions investigated, the results reveal that the effect of the vibrational Rayleigh number and vibrational frequency on a two-phase stratified fluid system is much different from that for a single-phase fluid system. Comparisons of the response of a two-phase stratified fluid system with a single-phase fluid system are discussed.
Author Chang, Qingming
Alexander, J. Iwan D.
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Cites_doi 10.1023/A:1014527108336
10.1080/10407789508913701
10.1016/S0997-7546(99)00143-0
10.1007/s10404-005-0075-2
10.1023/A:1019223732059
10.2514/3.10501
10.1016/j.jcp.2005.05.031
10.1006/jcph.1998.6057
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Issue 5
Keywords Thermal vibrational convection
Lattice Boltzmann
Mécanique des fluides numérique
Computational fluid mechanics
Interface
Convection thermique-vibratoire
Water
Boltzmann equation
Streamlines
Computational fluid dynamics
Digital simulation
Silicone oil
Boundary conditions
Natural convection
Immiscible fluid
Vibration effect
Liquid liquid interface
Lattice model
Two layer medium
Modelling
Heat transfer
Stratified flow
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SubjectTerms Computational fluid mechanics
Computational methods in fluid dynamics
Convection and heat transfer
Convection thermique-vibratoire
Exact sciences and technology
Fluid dynamics
Fundamental areas of phenomenology (including applications)
Interface
Lattice Boltzmann
Mécanique des fluides numérique
Nonhomogeneous flows
Physics
Stratified flows
Thermal vibrational convection
Turbulent flows, convection, and heat transfer
Title Thermal vibrational convection in a two-phase stratified liquid
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