A computationally efficient method for full-core conjugate heat transfer modeling of sodium fast reactors
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文摘

Developed a computationally efficient method for full-core conjugate heat transfer modeling of sodium fast reactors.

Applied fully-coupled JFNK solution scheme to avoid the operator-splitting errors.

The accuracy and efficiency of the method is confirmed with a 7-assembly test problem.

The effects of different spatial discretization schemes are investigated and compared to the RANS-based CFD simulations.

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