Numerical simulation of the He II/He I phase transition in superconducting magnets (Q865767)
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scientific article; zbMATH DE number 5128403
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Numerical simulation of the He II/He I phase transition in superconducting magnets |
scientific article; zbMATH DE number 5128403 |
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Numerical simulation of the He II/He I phase transition in superconducting magnets (English)
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20 February 2007
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The authors propose a helium transient heat transfer model in a narrow channel called a ``cable-in-conduit'' conductor. Numerical experiments are carried out to study the evolution behavior of the temperature of the conductors and He II/He I moving fronts. The enthalpy method and an analytically integrable moving grid technique are used to improve the resolution of the He II/He I front explicitly. The simulation results are compared to experimentals observations.
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Stefan problem
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moving grid method
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enthalpy method
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0.9133783
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0.8880832
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0.88107926
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0.86739755
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0.85618657
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0.85000247
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