阀门核级气动执行机构抗震分析
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摘要
介绍了核级气动执行机构抗震分析的方法,论述了应力评定准则,验证了气动执行机构抗震性能的合理性。此分析法可提高设备地震鉴定试验的通过率,亦可作为气动执行机构系列产品中未进行地震鉴定试验产品的鉴定依据。
Introduces the nuclear grade pneumatic actuators seismic analysis method,discusses the stress evaluation criterion,and verify the pneumatic actuators the rationality of the seismic performance.This method can improve equipment seismic evaluation test passing rate,also can be as a qualification basis for pneumatic actuator series products before earthquake evaluation test according to the appraisal.
Introduces the nuclear grade pneumatic actuators seismic analysis method,discusses the stress evaluation criterion,and verify the pneumatic actuators the rationality of the seismic performance.This method can improve equipment seismic evaluation test passing rate,also can be as a qualification basis for pneumatic actuator series products before earthquake evaluation test according to the appraisal.
引文
(1)NB/T20010.12-2010,压水堆核电厂阀门第12部分:气动装置(S).
(2)NB/T20093-2012,核电厂安全级阀门驱动装置的鉴定(S).
(3)MeBean R P,Escalante L E,Shively A W.IntermountainPower Project Seismic Criteria(J).Journal of Technical Top-ics in Civil Engineering,ASCE,1983,109:73-87.
(4)Fallgren R B,Jennings P C,Smith F L,et a1.A seismic De-sign Criteria for Electrical Facilities(J).Journal of the PowerDivision,ASCE,1974:100-101.
(5)S.C.Melenciuc,A.I.Stefancu,Ioana Olteanu.Seismicdesign of steel connections(J).Universitatea Tehnica“Gheo-rghe Asachi”din Iasi Tomul LV(LIX),2009,1:49-56.
(6)Wang Xiaolei,Yang Qingjun,Zheng Gangtie.Dynamic A-nalysis and Decoupling Control of Octo-pneumatic ActuatorVibration Isolation Platform(J).Chinese Journal of Mechani-cal Engineering,2009,22(1):116-123.
(7)刘龙,迮晓锋,于新海,等.核安全级安全阀抗震应力分析与评定(J).阀门,2009,(6):29-31.
(8)陈天敏.核二级电动闸阀抗震分析(J).通用机械,2011,(10):74-77.
(9)刘爱国,陆道纲,温家良,等.直流换流阀抗震分析技术的研究(J).振动与冲击,2011,30(2):226-232.
(10)IEEE Std344,IEEE Recommended Practice for Seismic Quali-fication of Class 1E Equipment for Nuclear Power GeneratingStations,Nuclear Power Engineering Committee(S).
(11)ASME-2007.锅炉与压力容器规范III(S).
(12)NB/T20010.10-2010,压水堆核电厂阀门第10部分:应力分析和抗震分析(S).
(2)NB/T20093-2012,核电厂安全级阀门驱动装置的鉴定(S).
(3)MeBean R P,Escalante L E,Shively A W.IntermountainPower Project Seismic Criteria(J).Journal of Technical Top-ics in Civil Engineering,ASCE,1983,109:73-87.
(4)Fallgren R B,Jennings P C,Smith F L,et a1.A seismic De-sign Criteria for Electrical Facilities(J).Journal of the PowerDivision,ASCE,1974:100-101.
(5)S.C.Melenciuc,A.I.Stefancu,Ioana Olteanu.Seismicdesign of steel connections(J).Universitatea Tehnica“Gheo-rghe Asachi”din Iasi Tomul LV(LIX),2009,1:49-56.
(6)Wang Xiaolei,Yang Qingjun,Zheng Gangtie.Dynamic A-nalysis and Decoupling Control of Octo-pneumatic ActuatorVibration Isolation Platform(J).Chinese Journal of Mechani-cal Engineering,2009,22(1):116-123.
(7)刘龙,迮晓锋,于新海,等.核安全级安全阀抗震应力分析与评定(J).阀门,2009,(6):29-31.
(8)陈天敏.核二级电动闸阀抗震分析(J).通用机械,2011,(10):74-77.
(9)刘爱国,陆道纲,温家良,等.直流换流阀抗震分析技术的研究(J).振动与冲击,2011,30(2):226-232.
(10)IEEE Std344,IEEE Recommended Practice for Seismic Quali-fication of Class 1E Equipment for Nuclear Power GeneratingStations,Nuclear Power Engineering Committee(S).
(11)ASME-2007.锅炉与压力容器规范III(S).
(12)NB/T20010.10-2010,压水堆核电厂阀门第10部分:应力分析和抗震分析(S).
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