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第 9 期                     李春祥,等:混合基础隔震预制装配式高层建筑抗震性能                                        2181

              服强度与隔震支座屈服强度比               BIR  以及  NFVD  总阻         体系优化研究     [J]. 振动与冲击,2020,39(11):93-100.
              尼 系 数 与 隔 震 支 座 屈 服 强 度比      NIR, 分 别 建 立 了          CHEN  Ruisheng, WU  Jinbiao, LIU  Yanhui, et  al.  Opti-
              NFVD+BIS  系 统 、 BRB+BIS  系 统 和  BRB+NFVD+BIS          mization  research  for  base-isolated  structures  with  fluid
                                                                    viscous  dampers[J].  Journal  of  Vibration  and  Shock, 2020,
              系统三种模型,揭示了           BIR、NIR、NFVD   参数对设置
                                                                    39(11):93-100.
              BRB+NFVD+BIS   高层建筑抗震性能的影响规律,并
                                                                [7]  KHEDMATGOZAR  DOLATI  S  S,  MEHRABI  A,  KHED-
              建 议了   BIR、 NIR  以 及  NFVD  参 数 的 取 值 范 围 : BIR       MATGOZAR  DOLATI  S  S.  Application  of  viscous  damper
              取为  0.2~1.0、NIR  取为  0.5~1.0,NFVD  参数取为  0.2~0.4。     and  laminated  rubber  bearing  pads  for  bridges  in  seismic
                  (2) 与  NFVD+BIS  系统、BRB+BIS   系统相比,在              regions[J]. Metals,2021,11(11):1666.
              多遇地震、设防地震、罕遇地震和极罕遇地震作用                            [8]  MOHEBBI  M, NORUZVAND  M, DADKHAH  H, et  al.
              下  BRB+NFVD+BIS  系统均能发挥更好的减隔震性                        Direct displacement-based design approach for isolated struc-
                                                                    tures  equipped  with  supplemental  fluid  viscous  damper[J].
              能,表明    BRB+NFVD+BIS   系统具有更好的鲁棒性。
                                                                    Journal of Building Engineering,2022,45:103684.
                  (3) 在近场脉冲、近场非脉冲和远场地震作用
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              下,与非隔震预制装配式高层建筑相比,BRB+NFVD+
                                                                    the seismic performance of the Bolu Viaduct subjected to near-
              BIS  系统明显提升了预制装配式高层建筑梁-柱节点                            fault ground motions[J]. Earthquake Engineering & Structural
              的抗震性能,减小了上部结构层间位移角和楼层绝                                Dynamics,2004,33(13):1249-1270.
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              NFVD+BIS  系统明显减小了隔震层位移,提高了节                           dampers  for  improved  seismic  performance  of  inter-storey
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                  因此,BRB+NFVD+BIS     系统具有更好的隔震层
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                                                                    fluid  viscous  dampers  in  controlling  the  seismic  response  of
              的减/隔震鲁棒性。
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