Phase-change simulation in a propagative medium subject to a heat flux disturbance (Q1093348)
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scientific article; zbMATH DE number 4022572
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| English | Phase-change simulation in a propagative medium subject to a heat flux disturbance |
scientific article; zbMATH DE number 4022572 |
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Phase-change simulation in a propagative medium subject to a heat flux disturbance (English)
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1987
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For very short transients, the classical heat diffusion phenomenon breaks down because of the presence of temperature travelling waves which predominate on the energy transport. The authors extend their former paper [Numer. Heat Transfer 6, 317-335 (1983; Zbl 0557.76098)] on the case of a single liquid phase to the liquid-vapour phase change and apply the results to Helium II. The proposed numerical model can contribute to optimize the design procedure in applications such as refrigeration of super conductors.
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heat diffusion
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temperature travelling waves
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energy transport
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liquid- vapour phase change
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super conductors
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0.8808635
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0.8790996
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0.87427115
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0.8701102
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