GO-FLOW - A NEW RELIABILITY-ANALYSIS METHODOLOGY

被引:92
作者
MATSUOKA, T
KOBAYASHI, M
机构
[1] Ship Research Inst, Tokyo, Jpn, Ship Research Inst, Tokyo, Jpn
关键词
MATHEMATICAL TECHNIQUES - NUCLEAR REACTORS; BOILING WATER - Reliability - RISK STUDIES - SYSTEMS ANALYSIS;
D O I
10.13182/NSE88-A23526
中图分类号
TL [原子能技术]; O571 [原子核物理学];
学科分类号
0827 ; 082701 ;
摘要
A new reliability analysis methodology, GO-FLOW, is presented. Detailed explanations and two examples of GO-FLOW analysis are given. The GO-FLOW is a success-oriented system analysis technique. The modeling technique produces the GO-FLOW chart, which is composed of operators and signal lines and represents a function of the system. A signal does not represent a 'change of condition' but some physical quantity or information. The intensity of a signal represents the probability of actual or potential existence of a physical quantity, the probability that some information exists, or a time interval between two successive time points. The examples of analysis show the applicability of the GO-FLOW method to a phased mission problem (a boiling water reactor emergency core cooling system) and to a time-dependent unavailability analysis (a pressurized water reactor auxiliary feedwater system). The GO-FLOW has proved to be a valuable and useful tool for system reliability analysis.
引用
收藏
页码:64 / 78
页数:15
相关论文
共 10 条
[1]  
[Anonymous], 1975, NUREG75014 US NUCL R
[2]   THE GERMAN RISK STUDY - ACCIDENT CONSEQUENCE MODEL AND RESULTS OF THE STUDY [J].
BAYER, A ;
BURKART, K ;
EHRHARDT, J ;
HUBSCHMANN, W ;
SCHUCKLER, M ;
VOGT, S ;
JACOBI, W ;
PARETZKE, HG ;
TROTT, KR ;
HOFER, E ;
KRZYKACZ, B .
NUCLEAR TECHNOLOGY, 1982, 59 (01) :20-50
[3]   PHASED MISSION ANALYSIS - REVIEW OF NEW DEVELOPMENTS AND AN APPLICATION [J].
BURDICK, GR ;
FUSSELL, JB ;
RASMUSON, DM ;
WILSON, JR .
IEEE TRANSACTIONS ON RELIABILITY, 1977, 26 (01) :43-49
[4]  
GATELEY B, 1975, K7594UR KAM SCI CORP
[5]   FFTA - A FAST FAULT TREE ANALYSIS PROGRAM [J].
MATSUOKA, T .
NUCLEAR ENGINEERING AND DESIGN, 1986, 91 (01) :93-101
[6]  
MATSUOKA T, 1985, 1985 P ANS ENS INT T, V3
[7]  
VESELY WE, 1977, NUREG0193 US NUCL RE
[8]  
WENGER JA, 1981, K8142UR KAM SCI CORP
[9]  
WILLIAMS RL, 1978, EPRI NP765 EL POW RE
[10]  
1981, ZION PROBABILISTIC S