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在线疲劳寿命计算服务程序健壮性增强研究

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摘要 国内某核电站的在线疲劳监测系统的后台以Windows服务方式实现并运行。电厂潜在各种各样的突发场景均能导致该Windows计算服务宕掉,软件前台的疲劳损伤监测结果的实时性和可用性受到严重挑战。本文运用LINQ to XML技术设计了一个状态跟踪器,通过功能整合及常见场景的测试及验证,有效提升了疲劳寿命计算服务的健壮性,从而进一步保障了在线疲劳监测系统的可用性。
出处 《信息系统工程》 2016年第10期31-33,共3页
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  • 1PACHNER J. Assessment and management of ageing of major nuclear power plan! components important to safety Primary piping in PWRs[ R]. IAEA TECDOC-1361, 2003.
  • 2CAREY J. Operating experience regarding thermal fatigue of unisolable piping connected to PWR reactor coolant systems [ R]. EPRI Report No. 1001006, 2000,.
  • 3NRC Bulletin 79-13, Revision 2, Cracking in Feedwater Sys- tem Piping[ N]. June 1979.
  • 4BIMONT G, AUFORT P. Fatigue Monitoring in Nuclear Power' Plant [ C ]. Transactions of the 9th, International Con- ference on SMiRT, Lausanne, Switzerland, August, 1987, 133-140.
  • 5NRC Bulletin 88-08, Thermal Stresses in Piping Connected to Reactor Coolant Systems[ N ]. April 11, 1989.
  • 6NRC Bulletin 88-11, Pressurizer Surge l.ine Thermal Stratifi- cation[ N]. December 10, 1988.
  • 7GR1ESBACH T J. FatiguePro: An On-Line Fatigue Usage Transient Monitoring System tbr Nuclear Power Plants [ R ]. EPRI Report No. NP-5835. 1988.
  • 8MIKSCH M, SCHON G, THOMAS B. FAMOS- a tool for transient tecnrding and fatigue monitoring [ C ]. ASME Pres- sure Vessels and Piping Conference, PiUsburgh, Pennsylva- nia, June 19-23, 1988, pp. 27-34.
  • 9KLEINODER W, POCKI. C. Developing and hnplementation of a thtigue monitoring system for the new Earopean pressur- ized water reactor EPR [ C ]. Proceedings of the International Conference " Nuclear Energy tor New Europe 2007". Porto- roz, 10-13 September, 2007.
  • 10BOGACHEV A V, DRANCHENKO B N, SEM1SHKIN V P. Development of system SACOR-M[C]. Issues of nuclear sci- ence and engineering. Series NPP safety assurance. Scientific and technical collection. Issue 15. WWER reactor plants. Podolsk. 2006.

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