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UNCERTAINTY ANALYSIS OF SB-LOCA IN AP1000 NUCLEAR POWER PLANT

机译:AP1000核电厂SB-LOCA的不确定性分析

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Best estimate plus uncertainty methods (BEPUs) could be used to eliminate the over-conservatism and gain more safety margin in the analysis of thermal-hydraulic transient process at nuclear power plant. Based on the Best estimate thermal-hydraulic system code RELAP5/MOD3.2 platform, the best estimate plus uncertainty methods (BEPUs) proposed by GRS (Gesellschaft fur Anlagen- and Reaktorsicherheit) are presented together with applications to a small break loss of coolant accident (SB-LOCA) on the AP1000 Nuclear Power Plant best estimate analysis model. According to the results of uncertainty calculations, the dispersion bands of maximum cladding temperature and the core outlet void fraction are displayed and assessed.
机译:最佳估计加不确定度方法(BEPU)可用于消除过度保守性,并在分析核电站热工水力瞬变过程中获得更多的安全裕度。在最佳估计热工液压系统代码RELAP5 / MOD3.2平台的基础上,介绍了由GRS(Gesellschaft fur Anlagen- and Reaktorsicherheit)提出的最佳估计加不确定性方法(BEPU)以及在冷却剂事故小损失中的应用(SB-LOCA)关于AP1000核电站的最佳估算分析模型。根据不确定性计算的结果,显示并评估了最高包层温度的色散带和纤芯出口空隙率。

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