CORECOOL. Model description of the programme

J.G. Munthe Andersen; H. Abel-Larsen

CORECOOL. Model description of the programme

J.G. Munthe Andersen, H. Abel-Larsen

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Abstract

CORECOOL, Convection and Radiation Emergency Cooling, is a model for the two-phase- flow and heat transfer in a fuel element during the core heat-up phase following a loss of coolant accident. The model for the two-phase flow is based on a solution of the conservation equations with a separate description of the two phases and thermodynamic non-equilibrium. The flow-regimes considered are drop flow and film flow. The heat transfer consists of convection, sputtering and radiation heat transfer. The documentation of CORECOOL consists of four parts:
Part I: Model Description
Part II: Programme Description (COMMERCIAL)
Part III: Users Guide (COMMERCIAL)
Part IV: Verification.(COMMERCIAL)
CORECOOL is a joint project between Risø National Laboratory and General Electric Company, San José, USA.

Original language	English

Place of Publication	Roskilde, Denmark
Publisher	Risø National Laboratory
Number of pages	37
ISBN (Print)	87-550-0565-9
Publication status	Published - 1978

Series	Risø-M
Number	2138
ISSN	0418-6435

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Risø-M-2138

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AB - CORECOOL, Convection and Radiation Emergency Cooling, is a model for the two-phase- flow and heat transfer in a fuel element during the core heat-up phase following a loss of coolant accident. The model for the two-phase flow is based on a solution of the conservation equations with a separate description of the two phases and thermodynamic non-equilibrium. The flow-regimes considered are drop flow and film flow. The heat transfer consists of convection, sputtering and radiation heat transfer. The documentation of CORECOOL consists of four parts:Part I: Model DescriptionPart II: Programme Description (COMMERCIAL)Part III: Users Guide (COMMERCIAL)Part IV: Verification.(COMMERCIAL)CORECOOL is a joint project between Risø National Laboratory and General Electric Company, San José, USA.

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CORECOOL. Model description of the programme

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