Impact of system parameters on quenching heat transfer in the candidate materials for accident tolerant fuel-cladding in LWRs
We investigated a potential impact of the candidate materials (FeCrAl, SiC-CVD, and Zry-4)
for the Accident Tolerant Fuel-cladding (ATF) in the quenching heat transfer according to the
system parameters such as liquid subcooling, pressure, and flooding rates. Results obtained
by water quenching experiment and system code analysis using MARS 3D-VESSEL are
presented that the quenching heat transfer including the post-CHF parameters (ie, minimum
film-boiling temperature) is more influenced by the system parameters compared to change …
for the Accident Tolerant Fuel-cladding (ATF) in the quenching heat transfer according to the
system parameters such as liquid subcooling, pressure, and flooding rates. Results obtained
by water quenching experiment and system code analysis using MARS 3D-VESSEL are
presented that the quenching heat transfer including the post-CHF parameters (ie, minimum
film-boiling temperature) is more influenced by the system parameters compared to change …
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