Numerical assessment of PARAMETER-SF1 test on oxidation and melting of LWR fuel assembly under top flooding conditions

The paper presents the results of qualification analysis of experimental data on high-temperature oxidation of the Russian zirconium alloys in steam, which include an assessment of the consistency of measurement results in tests, and numerical modeling of experiments with SOCRAT-V1/V2 code. Conclusions are provided on the possibility of using the SSC RIAR experimental programs for validation of severe accident codes, and the applicability of the SOCRAT-V1/V2 code for prediction of the high-temperature oxidation of the Russian zirconium claddings of fuel rods.

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Numerical assessment of PARAMETER-SF1 test on oxidation and melting of LWR fuel assembly under top flooding conditions

Cited by 3 publications

References 12 publications

Hydrogen generation analysis of the QUENCH-05 experiment

Hydrogen generation analysis of the QUENCH-05 experiment

Summary of the Results of Computational and Experimental Studies of Water Reflood of FA in Support of Modeling of Severe Accidents using the SOCRAT Code

Qualification Analysis of Experimental Data for High-Temperature Oxidation of Russian Zirconium Alloys in Steam

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