Regional Basic Professional Training Course in Korea

Regional Basic Professional Training Course (BPTC) on Nuclear Safety
0611 and NUREG‐0635 are applied for the Westinghouse Plants and Combustion
Engineering (CE) Plants, respectively. They includes [3]:
(1) Demonstrate the acceptability of the condensation heat transfer correlation used in
the steam generator.
(2) Address the affects of noncondensible gases on the condensation heat transfer.
(3) Justify the conservatism of modeling ECC mixing as an equilibrium process.
(4) Validate the computer program with LOFT integral experiments L3‐1 and L3‐6,
and Semiscale experiment S‐UT‐08.
(5) Validate the steam generator model.
(6) Validate the core heat transfer and the liquid level model.
(7) Confirm adequate accounting of the stored energy(heat) within the primary system
metal structures.
(8) Validate the acceptability of applying a 1.0 discharge coefficient on both th-
e subcooled and saturated flow models.
8.8.2.2 SBLOCA Analysis Methods and Results
The models or methodologies which were approved and have been used for plant
calculation up to now in Korea Standard Nuclear Power Plants (KSNP) include the CE
methodology based on CEFLASH code and the Westinghouse methodology using
NOTRUMP code
8.8.2.2.1 CE Methodology [4]
It composed of calculations using four codes as follows:
(1) Calculation of thermal‐hydraulic response of RCS from the beginning of SBLOCA
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