증기발생기 최적 교체시기 결정에 관한 연구

Optimum Replacement Times for a Steam Generator

  • 허정훈 (한국수력원자력(주) 원자력교육원) ;
  • 윤원영 (부산대학교 산업공학과)
  • 투고 : 20010700
  • 심사 : 20011000
  • 발행 : 2002.03.31

초록

This paper considers the optimum replacement times of a steam generator in nuclear power plant with failure data. It is assumed that the failure pattern of units is given as a Weibull distribution and repair and periodic preventive maintenance are performed periodically. The maximum likelihood method is used to estimated the Weibull parameters of failure distribution from failure data. Relpacement, output-decresing and maintenance costs are considered to determine the optimal replacement times by simulation. Numerical examples are included with actual failure data and cost estimators.

키워드

참고문헌

  1. Beichelt, F.(1993), A Unifying Treatment of Replacement Policies with Minimal Repair, Naval Research Logistics, 40,51-67
  2. Choi, C.H(2001), System Maintenance &Assurance Policy Under Uncertain Life Period, Pusan National University Ph. D.Thesis
  3. Dekker, R.(1996), Applications of Maintenance Optimization Models: A Review and Analysis, Reliability Engineering and System Safety, 51,229-240
  4. Gertsbakh, I. E.(1977), Models of Preventive Maintenance, North-Holland Publishing Company
  5. Jack, N.(1991), Repair and Replacement Modelling over Finite Time Horizons, Journal of the Operational Research Society, 42, 759-766
  6. Korea Electric Power Corporation(KEPC)(1995), Life Cycle Management of Nuclear Power Plant, Ye-Mun Sa, 9-29
  7. Korea Electric Power Corporation(KEPC)(1998), Steam Generator Review Report (IJ) in '97, KEPCO Power Generation Division
  8. Korea Electric Power Corporation(KEPC)(1999a), The 6th Report of Steam Generator Task Force, KEPCO Power Generation Division
  9. Korea Electric Power Corporation(KEPC)(1999b), Experience Paper of KO-RI Unit I Steam Generator Replacement, Cheong-San Mun Wha Sa
  10. Korea Electric Power Corporation(KEPC)(2000a), Fundamental of Nuclear Power System, Ye-MunSa, 11-14
  11. Korea Electric Power Corporation(KEPC)(2000b), Development of Economic Evaluation on Nuclear Power Plant, journal of World Electric Power Information
  12. Korea Electric Power Corporation(KEpc)(2000c), Steam Generator, Ye-Mun Sa, 18-27
  13. Korea Electric Power Corporation(KEPC)(2000d), Steam Generator Facility, Ye-MunSa,3-5
  14. Korea Electric Power Corporation(KEPC)(2001a), "Think 30" Program & Life Extension of Calverr Cliffs Nuclear Power Plant, journal World Electric Power Information
  15. Korea Electric Power Corporation(KEPC)(2001b), Statistics of Electric Power in Korea, Sam-Bo Art, 16-17
  16. Korea Power Plant Engineering Corporation(KPPEC)(I995), Propriety Report of KO-RI Unit 1 Steam Generator Replacement, Korea Electric Power Corporation
  17. Nelson, W.(1982), Applied Life Data Analysis, John Wiley & Sons
  18. Park, K. S.(1989), Reliability Engineering & Maintenance Theory, Sun Jung Dang, 192-203
  19. Scarf, P.A.(1999), On the Application of Mathematical Models in Maintenance, European J of Operational Research, 99,493-506
  20. Valdez-Flores, C.and Feldman, R. M.(1989), A Survey of Preventive Maintenance Models for Stochastically Deteriorating Single-Unit Systems, Naval Research Logistic: Quarterly, 36, 419-446