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Report No.
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Development of the single channel thermal hydraulic code, HARP for FBRs in the next generation reactor analysis code system, MARBLE

Fukaya, Yuji   

The conceptual studies for the Next Generation Simulation Code (NGSC) to simulate various fields of phenomena had been performed. As a result, the development of a next generation reactor analysis code system, MARBLE version 1.0, was developed. At this stage, the ability of the MARBLE version 1.0 is only to estimate the nuclear characteristics of FBRs. However, the plan of the NGSC includes LWR analysis and coupling calculations to connect various fields of estimation. In this context, the HARP has been developed as a thermal hydraulic module in the part of the MARBLE. With this module, the temperature, which is essential to estimate power coefficient of reactivity, can be estimated only by the MARBLE system. It is expected to profit for the evolution of the MARBLE as the platform for coupling calculations, because the HARP is the first thermal hydraulic solver of the MARBLE.

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