远程协同结构试验方法研究与发展
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摘要
本文对美国“NEES计划”、欧洲“减轻地震风险的欧洲网络”研究计划、日本E-Defense建设及其远程协同试验、中国台湾地区国家地震工程研究中心ISEE计划和由国家基金委资助的正在进行的重点项目“现代结构拟动力地震模拟协同试验方法与系统”(HQH-NSER)进行了简要介绍,叙述了在远程协同试验研究中的一些关键问题及其应用领域,并对未来的发展趋势作一展望。
In this paper,several projects are introduced including American's "NEES project",Europe's "the net of prevention and reduce of the disaster",the construct of " E-Defense " in Japanese and the remote collaborative project,Taiwan ISEE project,especially the emphasized project "collaborative testing method and system for pseudo-dynamic earthquake simulation of modern structure"(HQH-NSER),which is supported by national natural science foundation.With the analysis of the construct of the projects,some key problems are discussed and the perspective of the remote collaborative testing is provided.
In this paper,several projects are introduced including American's "NEES project",Europe's "the net of prevention and reduce of the disaster",the construct of " E-Defense " in Japanese and the remote collaborative project,Taiwan ISEE project,especially the emphasized project "collaborative testing method and system for pseudo-dynamic earthquake simulation of modern structure"(HQH-NSER),which is supported by national natural science foundation.With the analysis of the construct of the projects,some key problems are discussed and the perspective of the remote collaborative testing is provided.
引文
[1]Kesse lam C,Butler R,Foster I,et al.NEESgrid System Arch itecture Version l.1.Techn ical report ofNEESgrid[R].USA:National center forSupercomputing Applicatiors,2002.
[2]Carl Kesselman,Randy Butler,et al.NEESgrid System Arch itecture(Version 1.1)[Z].
[3]肖岩,易伟建,郭玉荣,等.结构远程协同试验的探讨,第12届全国结构工程学术论议论文集[C].北京:清华大学,2003.
[4]茹继平,肖岩.美国地震工程模拟网系统NEES计划及在我国实现远程协同结构试验的设想[J].建筑结构学报,23(6),2002,91~94.
[5]龚强.地震工程远程协同试验支持系统—NEES G rid CN的研究[J].信息技术,2006,3:1~6.
[6]NEES.Network for Earthquake Engineering S imu lation[R].USA:Report ofNEESgrid,2002.
[7]Tom Prudhomm e.NEESgrid System Overview,Version2.1,October 30,2002.Techn ical report ofNEESgrid[R].USA:National Cen-ter for Su-percomputing Applications,2002.
[8]Mah in S.W h ite Paper:Towards a V ision for the NEES Collaboratory[R].USA:Reports ofNEES Consortium D evelopm ent Project.Consortium ofUn iversities for Research in Earthquake Engineering,2002.
[9]NEES.The MOST Experim ent[R].USA:Ju ly 30,2003.Report ofNEESgrid,2003.
[10]G ilbertoMosqueda,Bozidar S,Jason H,et al.FastHybrid S imu lation W ith Geograph ically istributed Substructures[A].Advances in Experi-m ental Structural Engineering[C].Japan:Nagoya,2005:449~456.
[11]Narutosh i Nakata,Guangq iang Yang,B illie F,et al.System Requ irem ents forM in i-MOST Experim ent[R].USA:Report ofNEESgrid.NationalCenter for Supercomputing Applications,2003.
[12]NEES(2003).Network for earthquake engineering simu lation,hom epage web site:http://www.nees.org/
[13]Takash i Yamaguch i,Kazutosh iNagataA,E iich iW atanabe.et al.International Collaborative Pesudo-dynam ic TestingM ethod For Continuous E le-vated B ridges By Using Internet.Advances in Experim ental Structural Engineering[C].2005:371~376.
[14]K im J.K.KOCED collaboratory program.Proceed ings of the 2004 ANCER Annual M eeting:Network of Young Earthquake Engineering Re-searchers and Professionals[C].USA:Hawaii,2004.
[15]W atanabe E,Yun CB,Sugiura K,et al.On-line interactive testing between KAIST and Kyoto un iversity.Proceed ing of the 14 th KKNN Symposi-um on C ivil Engineering,[C].Japan:Kyoto,2001:369~374.
[16]W ang SJ,W ang KJ,Yang YS,et al.Networked Pseudo-dynam ic testing partⅠ:database approach.Proceed ings of the 13 th W orld Conferenceon Earthquake Engineering[C].Canada:Vancouver,Paper no,2004:1910.
[17]W ang kung jun,L in Bo zhou,Cheng wei Choung,et al.A platform for networked collaborative structural experim ents.Advances in Experim entalStructural Engineering[C].Japan:Nagoya,2005.
[18]Ohtan i K,Ogawa N,Katayama T,et al.Project E-defense 3-D fu ll-scale earthquake testing facility.Proceed ing of the JointNCREE/JRC W ork-shop International Collaboration on Earthquake D isasterM itigation Research[C].Taiwan:Taipei,2003:223~234.
[19]Chang Ya Y ing,Yang Yuan Sen,W ang sh iang Jung,et al.Hybrid testing of a mu lti-span bridge.Advances in Experim ental Structural Engineer-ing[C].Japan:Nagoya,2005.
[20]邱法维,钱稼茹,陈志鹏.结构抗震试验方法[M].北京:科学出版社,1999.119~147.
[21]肖岩,胡庆,郭玉荣,等.结构拟动力远程协同试验网络平台的开发研究[J].建筑结构学报,2005,26(3):122~129.
[2]Carl Kesselman,Randy Butler,et al.NEESgrid System Arch itecture(Version 1.1)[Z].
[3]肖岩,易伟建,郭玉荣,等.结构远程协同试验的探讨,第12届全国结构工程学术论议论文集[C].北京:清华大学,2003.
[4]茹继平,肖岩.美国地震工程模拟网系统NEES计划及在我国实现远程协同结构试验的设想[J].建筑结构学报,23(6),2002,91~94.
[5]龚强.地震工程远程协同试验支持系统—NEES G rid CN的研究[J].信息技术,2006,3:1~6.
[6]NEES.Network for Earthquake Engineering S imu lation[R].USA:Report ofNEESgrid,2002.
[7]Tom Prudhomm e.NEESgrid System Overview,Version2.1,October 30,2002.Techn ical report ofNEESgrid[R].USA:National Cen-ter for Su-percomputing Applications,2002.
[8]Mah in S.W h ite Paper:Towards a V ision for the NEES Collaboratory[R].USA:Reports ofNEES Consortium D evelopm ent Project.Consortium ofUn iversities for Research in Earthquake Engineering,2002.
[9]NEES.The MOST Experim ent[R].USA:Ju ly 30,2003.Report ofNEESgrid,2003.
[10]G ilbertoMosqueda,Bozidar S,Jason H,et al.FastHybrid S imu lation W ith Geograph ically istributed Substructures[A].Advances in Experi-m ental Structural Engineering[C].Japan:Nagoya,2005:449~456.
[11]Narutosh i Nakata,Guangq iang Yang,B illie F,et al.System Requ irem ents forM in i-MOST Experim ent[R].USA:Report ofNEESgrid.NationalCenter for Supercomputing Applications,2003.
[12]NEES(2003).Network for earthquake engineering simu lation,hom epage web site:http://www.nees.org/
[13]Takash i Yamaguch i,Kazutosh iNagataA,E iich iW atanabe.et al.International Collaborative Pesudo-dynam ic TestingM ethod For Continuous E le-vated B ridges By Using Internet.Advances in Experim ental Structural Engineering[C].2005:371~376.
[14]K im J.K.KOCED collaboratory program.Proceed ings of the 2004 ANCER Annual M eeting:Network of Young Earthquake Engineering Re-searchers and Professionals[C].USA:Hawaii,2004.
[15]W atanabe E,Yun CB,Sugiura K,et al.On-line interactive testing between KAIST and Kyoto un iversity.Proceed ing of the 14 th KKNN Symposi-um on C ivil Engineering,[C].Japan:Kyoto,2001:369~374.
[16]W ang SJ,W ang KJ,Yang YS,et al.Networked Pseudo-dynam ic testing partⅠ:database approach.Proceed ings of the 13 th W orld Conferenceon Earthquake Engineering[C].Canada:Vancouver,Paper no,2004:1910.
[17]W ang kung jun,L in Bo zhou,Cheng wei Choung,et al.A platform for networked collaborative structural experim ents.Advances in Experim entalStructural Engineering[C].Japan:Nagoya,2005.
[18]Ohtan i K,Ogawa N,Katayama T,et al.Project E-defense 3-D fu ll-scale earthquake testing facility.Proceed ing of the JointNCREE/JRC W ork-shop International Collaboration on Earthquake D isasterM itigation Research[C].Taiwan:Taipei,2003:223~234.
[19]Chang Ya Y ing,Yang Yuan Sen,W ang sh iang Jung,et al.Hybrid testing of a mu lti-span bridge.Advances in Experim ental Structural Engineer-ing[C].Japan:Nagoya,2005.
[20]邱法维,钱稼茹,陈志鹏.结构抗震试验方法[M].北京:科学出版社,1999.119~147.
[21]肖岩,胡庆,郭玉荣,等.结构拟动力远程协同试验网络平台的开发研究[J].建筑结构学报,2005,26(3):122~129.
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