Abel-Larsen, H.

Munthe Andersen, J.G.

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

Online Research Database In Technology

CORECOOL. Model description of the programme

http://orbit.dtu.dk/ws/files/55672730/ris_m_2138.pdf

CORECOOL. Model description of the programme

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Online Research Database In Technology