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Transient thermal-hydraulic behavior of a small-scale containment vessel following a LOCA under cold water submersion: An experimental and numerical study
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DOI：10.1016/j.pnucene.2026.106500.png)
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Abstract
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• Post-LOCA thermal-hydraulic behavior of a submerged small-scale containment is experimentally studied. • Internal temperature distribution and transient temperature–pressure characteristics under various parameters are obtained. • Partial submersion (μ = 1/2) increases peak temperature and pressure by ∼10% over full submersion. submergence level μ should preferably not be lower than 1/2. • Film model with dry/wet wall partitioning outperforms Uchida and Gido/Koestel models.
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