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              种因素相关,本文依据北京城市副中心站综合交通                                JIANG Zhiwei,XU Chengshun,DU Xiuli,et al. Seismic
              枢纽开展讨论,且结构材料由线弹性本构模拟,仅针                               displacement  and  deformation  responses  of  monolithically
              对一种视波速进行了探讨分析,所得结论具有一定                                precast  subway  station[J].  China  Civil  Engineering  Journal,
              局限性。                                                  2026,59(1):37-50.
                                                                [11]  王荣鑫,普建明,张建民,等. 高性能岩土工程动力流固
                                                                    耦合仿真方法研究        [J]. 岩土工程学报,2025,47(9):
              参考文献:

                                                                    1913-1924.
                                                                    WANG  Rongxin, PU  Jianming, ZHANG  Jianmin, et  al.
              [1]  WANG  W  L, WANG  T  T, SU  J  J, et  al.  Assessment  of
                                                                    High-performance  dynamic  solid-fluid  coupled  simulation
                  damage in mountain tunnels due to the Taiwan Chi-Chi Earth-
                                                                    method  for  geotechnical  engineering[J].  Chinese  Journal  of
                  quake[J].  Tunnelling  and  Underground  Space  Technology,
                                                                    Geotechnical Engineering,2025,47(9):1913-1924.
                  2001,16(3):133-150.
                                                                [12]  沈禹,谈华顺,王献挚,等. 考虑行波效应的大跨度矮塔
              [2]  GAZETAS G,GEROLYMOS N,ANASTASOPOULOS I.
                                                                    斜拉桥耐震时程分析        [J]. 工程力学,2020,37(3):131-
                  Response of three Athens metro underground structures in the
                                                                    141.
                  1999  Parnitha  Earthquake[J].  Soil  Dynamics  and  Earthquake
                                                                    SHEN Yu,TAN Huashun,WANG Xianzhi,et al. Applica-
                  Engineering,2005,25(7-10):617-633.                tion of the endurance time method to seismic-induced pound-
              [3]  WANG  J  M, LITEHISER  J  J  Jr.  The  distribution  of  earth-
                                                                    ing  analysis  for  long-span  extradosed  cable-stayed  bridges
                  quake damage to underground facilities during the 1976 Tang-  considering wave passage effects[J]. Engineering Mechanics,
                  Shan Earthquake[J]. Earthquake Spectra,1985,1(4):741-
                                                                    2020,37(3):131-141.
                  757.                                          [13]  宋光松,江辉,郭辉,等. 行波激励下高烈度区特大铁路
              [4]  IIDA  H, HIROTO  T, YOSHIDA  N, et  al.  Damage  to  悬索桥减震技术研究    [J]. 铁道科学与工程学报,2022,
                  Daikai subway station[J]. Soils and Foundations,1996,36:  19(11):3303-3315.
                  283-300.                                          SONG Guangsong,JIANG Hui,GUO Hui,et al. Seismic
              [5]  LI W T,WANG R,ZHANG J M. Influence of aboveground  reduction  technology  of  long-span  railway  suspension  bridge
                  structure on connected underground structure seismic response  in  high-intensity  area  with  the  action  of  traveling  wave
                  within  an  integrated  system[J].  Tunnelling  and  Underground  effect[J].  Journal  of  Railway  Science  and  Engineering,
                  Space Technology,2023,134:105003.                 2022,19(11):3303-3315.
              [6]  LI W T,CHEN Q J. Seismic damage evaluation of an entire  [14]  张永亮,刘聪聪,虞庐松,等. 行波效应对大跨钢桁拱桥
                  underground  subway  system  in  dense  urban  areas  by  3D  FE  地震易损性的影响  [J]. 中国铁道科学,2021,42(4):60-
                  simulation[J].  Tunnelling  and  Underground  Space  Technol-  68.
                  ogy,2020,99:103351.                               ZHANG  Yongliang, LIU  Congcong, YU  Lusong, et  al.
              [7]  余嘉轲,王荣鑫,王睿,等. 超大型地下结构系统地震响                       Influence of traveling wave effect on seismic vulnerability of
                  应高性能弹塑性流固耦合分析          [J]. 土木工程学报,2024,          long-span  steel  truss  arch  bridge[J].  China  Railway  Science,
                  57(6):190-199.                                    2021,42(4):60-68.
                  YU  Jiake, WANG  Rongxin, WANG  Rui, et  al.  High-  [15]  付晓东,丁海锋,袁维,等. 非一致性地震作用下穿越破
                  performance  dynamic  elastoplastic  solid-fluid  coupled  analy-  碎带长大隧道衬砌结构动力变形分析  [J]. 中国铁道科学,
                  sis of very large underground structural system in liquefiable  2023,44(5):116-126.
                  site[J]. China Civil Engineering Journal,2024,57(6):190-  FU Xiaodong,DING Haifeng,YUAN Wei,et al. Analysis
                  199.                                              of lining structure dynamic deformation of long tunnel passing
              [8]  陈清军,李文婷. 地铁车站-隧道-土相互作用体系地震反                      through  fracture  zone  under  non-uniform  seismic  action[J].
                  应  [J]. 地震工程与工程振动,2018,38(4):9-15.                China Railway Science,2023,44(5):116-126.
                  CHEN  Qingjun, LI  Wenting.  Seismic  responses  analysis  of  [16]  丁阳,石运东,宗亮,等. 枢纽车站结构地震响应特征  [J].
                  subway  station-tunnels-soil-interaction  system[J].  Earthquake  工程力学,2023,40(4):1-11.
                  Engineering and Engineering Vibration,2018,38(4):9-15.  DING Yang,SHI Yundong,ZONG Liang,et al. Research
              [9]  LI W T,CHEN Q J. Effect of vertical ground motions and  on seismic response characteristics of hub structures[J]. Engi-
                  overburden  depth  on  the  seismic  responses  of  large  under-  neering Mechanics,2023,40(4):1-11.
                  ground  structures[J].  Engineering  Structures, 2020, 205:  [17]  范重,刘学林,刘涛,等. 济南遥墙机场  T2 航站楼超长结
                  110073.                                           构温度及行波效应研究        [J]. 建筑结构学报,2023,44(9):
              [10]  江志伟,许成顺,杜修力,等. 装配整体式地铁车站结构                      1-13.
                  地 震 位 移 与 变 形 响 应 研究  [J].  土 木 工 程 学 报 , 2026,   FAN Zhong,LIU Xuelin,LIU Tao,et al. Study on temper-
                  59(1):37-50.                                      ature  and  traveling  wave  effect  of  super-long  structure  of
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