Melting Penetration Simulation of Fe-U System at High Temperature Using MPS_LER

Melting Penetration Simulation of Fe-U System at High Temperature Using MPS_LER

Melting penetration information of Fe-U system is necessary for simulating the molten core behavior during severe accident in nuclear power plants. For Fe-U system, the information is mainly obtained from experiment, i.e. TREAT experiment. However, there is no reported data on SS304 at temperature a...

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Veröffentlicht in:Journal of physics. Conference series 2016-08, Vol.739 (1), p.12016
Hauptverfasser: Mustari, A P A, Yamaji, A, Irwanto, Dwi
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High temperature
Melting
Nuclear power plants
Penetration
Phase diagrams
Physics
Simulation
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Irwanto, Dwi
description Melting penetration information of Fe-U system is necessary for simulating the molten core behavior during severe accident in nuclear power plants. For Fe-U system, the information is mainly obtained from experiment, i.e. TREAT experiment. However, there is no reported data on SS304 at temperature above 1350°C. The MPS_LER has been developed and validated to simulate melting penetration on Fe-U system. The MPS_LER modelled the eutectic phenomenon by solving the diffusion process and by applying the binary phase diagram criteria. This study simulates the melting penetration of the system at higher temperature using MPS_LER. Simulations were conducted on SS304 at 1400, 1450 and 1500°C. The simulation results show rapid increase of melting penetration rate.
doi_str_mv 10.1088/1742-6596/739/1/012016
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subjects High temperature
Melting
Nuclear power plants
Penetration
Phase diagrams
Physics
Simulation
title Melting Penetration Simulation of Fe-U System at High Temperature Using MPS_LER
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