原子能科学技术
原子能科學技術
원자능과학기술
ATOMIC ENERGY SCIENCE AND TECHNOLOGY
2015年
6期
1051-1056
,共6页
刁均辉%季松涛%张应超
刁均輝%季鬆濤%張應超
조균휘%계송도%장응초
环形燃料%热工水力%子通道分析
環形燃料%熱工水力%子通道分析
배형연료%열공수력%자통도분석
annular fuel%thermal-hydraulics%sub-channel analysis
本工作开发了环形燃料子通道分析程序SAAF。采用SAAF计算了西屋公司四环路压水堆所用环形燃料组件的热工水力性能，并与VIPRE‐01的计算结果进行比较。结果表明，SAAF与VIPRE‐01的计算结果符合较好，SAAF可用于环形燃料热工水力设计分析。
本工作開髮瞭環形燃料子通道分析程序SAAF。採用SAAF計算瞭西屋公司四環路壓水堆所用環形燃料組件的熱工水力性能，併與VIPRE‐01的計算結果進行比較。結果錶明，SAAF與VIPRE‐01的計算結果符閤較好，SAAF可用于環形燃料熱工水力設計分析。
본공작개발료배형연료자통도분석정서SAAF。채용SAAF계산료서옥공사사배로압수퇴소용배형연료조건적열공수력성능，병여VIPRE‐01적계산결과진행비교。결과표명，SAAF여VIPRE‐01적계산결과부합교호，SAAF가용우배형연료열공수력설계분석。
A sub‐channel thermal‐hydraulic analysis code named SAAF (sub‐channel analyzer for annular fuel) for annular fuel was developed .The thermal‐hydraulic prop‐erties of annular fuel pins for Westinghouse 4‐loop PWR were calculated by SAAF code , and the calculating results of SAAF and VIPRE‐01 codes were compared .The results show that the SAAF code can be used to determine the thermal‐hydraulic properties of the annular fuel .
