典型文献
Transient analysis and optimization of passive residual heat removal heat exchanger in advanced nuclear power plant
文献摘要:
The transient performance and optimization of a passive residual heat removal heat exchanger(PRHR HX)were investigated.First,a calculation method was devel-oped for predicting the heat transfer of the PRHR HX.The calculation results were validated through comparisons with ROSA experimental data.The heat-transfer perfor-mance of the AP1 000 PRHR HX in the initial period was predicted,and it satisfied the design requirements.Second,the distributions of the heat flux,tube-inside/outside heat-transfer coefficients,and heat load for the AP1 000 PRHR HX over 2000 s were examined.Third,an optimization study was conducted by adjusting the horizontal length and tube diameter.Their effects on the four main heat-transfer parameters and the heat-transfer area were analyzed.Fur-thermore,the influence of the initial in-containment refu-eling water storage tank(IRWST)temperature was investigated using an established simulation procedure.The results indicated that it significantly affected the trends of the IRWST temperature and reactor outlet temperature.Finally,the minimum required flow rates over time to maintain the reactor outlet temperature at the safety line were determined for different start-up times.The trends of the minimum required flow rate and the peak flow rate were analyzed.
文献关键词:
中图分类号:
作者姓名:
Yan-Bin Liu;-Xiang-Yu Meng;Xue-Sheng Wang;Qi-Ming Men;Yu-Yang Yuan;Jia-Ming Cao
作者机构:
Key Laboratory of Pressure Systems and Safety,Ministry of Education,East China University of Science and Technology,Shanghai 200237,China;Shanghai Nuclear Engineering Research and Design Institute,State Power Investment Corporation,Shanghai 200233,China
文献出处:
引用格式:
[1]Yan-Bin Liu;-Xiang-Yu Meng;Xue-Sheng Wang;Qi-Ming Men;Yu-Yang Yuan;Jia-Ming Cao-.Transient analysis and optimization of passive residual heat removal heat exchanger in advanced nuclear power plant)[J].核技术(英文版),2022(08):147-162
A类:
refu
B类:
Transient,analysis,optimization,passive,residual,heat,removal,exchanger,advanced,nuclear,power,plant,transient,performance,PRHR,HX,were,investigated,First,calculation,method,was,devel,oped,predicting,transfer,results,validated,through,comparisons,ROSA,experimental,data,AP1,initial,period,predicted,satisfied,design,requirements,Second,distributions,flux,tube,inside,outside,coefficients,load,over,examined,Third,study,conducted,by,adjusting,horizontal,length,diameter,Their,effects,four,parameters,area,analyzed,Fur,thermore,influence,containment,eling,water,storage,tank,IRWST,temperature,using,established,simulation,procedure,indicated,that,significantly,affected,trends,reactor,outlet,Finally,minimum,required,flow,rates,maintain,safety,line,determined,different,start,up,times,peak
AB值:
0.53241
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