Volume 2: Heat Transfer in Multiphase Systems; Gas Turbine Heat Transfer; Manufacturing and Materials Processing; Heat Transfer 2016
DOI: 10.1115/ht2016-7338 View full text |Buy / Rent full text
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Abstract: The thermal imaging technique was applied in this work to measure the transient temperature fields during melting of a phase change material (PCM) in a metal foam. A paraffin wax was used as the PCM that was filled in an open-celled copper foam. Melting of a paraffin wax in the presence of copper foam was studied in a rectangular cavity that was heated from one lateral side wall, while the top surface was exposed to an infrared (IR) camera. A thermocouple (TC) was also employed to validate the accuracy of temp… Show more

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“…The thermal images at a relatively large scale are both presented in the work of Zhao et al [167] and Chen et al [186], rather than at a specific pore scale. Based on this, Jin and Fan [187] used the thermal imaging technique to capture the transient melting behavior of the metal foam/ PCM composite at pore-scale. The local temperature distribution during the melting process is presented in Fig.…”
Section: Melting Heat Transfer In Phase Changementioning
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“…The thermal images at a relatively large scale are both presented in the work of Zhao et al [167] and Chen et al [186], rather than at a specific pore scale. Based on this, Jin and Fan [187] used the thermal imaging technique to capture the transient melting behavior of the metal foam/ PCM composite at pore-scale. The local temperature distribution during the melting process is presented in Fig.…”
Section: Melting Heat Transfer In Phase Changementioning
“…A number of interstitial heat transfer Fig. 27 Local temperature field of melting process at pore scale by IR thermal imaging [187] Fig. 28 Comparison of solid-liquid interface evolution with/without convection [176] 030801-20 / Vol.…”
Section: Buoyancy-induced Convection Effectmentioning