Page 13 - 2025年第56卷第9期
P. 13

报,2024,55(1):13-23.
               [ 10] 苏哲,刘宗显,余红玲,等 .  基于虚拟传感器的坝区多输出自由场地震时程长序列预测模型研究[J]  水利学
                                                                                                    .
                      报,2024,55(8):966-976,989.
               [ 11] DOUGLAS J,AOCHI H.  A survey of techniques for predicting earthquake ground motions for engineering purposes
                      [J]  Surveys in Geophysics,2008,29(3):187-220.
                         .
               [ 12] PITARKA A,AKINCI A,DE GORI P,et al.  Deterministic 3D Ground-motion simulations (0–5 Hz)and surface

                                                                                 .
                      topography effects of the 30 October 2016 Mw 6. 5 Norcia,Italy,earthquake[J]  Bulletin of the Seismological Soci⁃
                      ety of America,2022,112(1):262-286.
               [ 13] 钟菊芳,胡祎石,张艳红,等 .  基于运动学震源的察隅 Mw8. 6 级地震动模拟[J]  水利学报,2024,55(11):
                                                                                     .
                      1319-1332.
               [ 14] WANG X C, WANG J T, ZHANG L, et al.  Broadband ground-motion simulations by coupling regional velocity
                      structures with the geophysical information of specific sites[J]  Soil Dynamics and Earthquake Engineering, 2021,
                                                                    .
                      145:106695.
               [ 15] BA Z, ZHAO J, ZHU Z, et al.  3D physics-based ground motion simulation and topography effects of the 05 Sep⁃
                      tember  2022  MW6. 6  Luding  earthquake, China[J]   Soil  Dynamics  and  Earthquake  Engineering, 2023, 172:
                                                              .
                      108048.
               [ 16] GRAVES  R, JORDAN  T  H, CALLAGHAN  S, et  al.   CyberShake: A  physics-based  seismic  hazard  model  for
                      Southern California[J]  Pure and Applied Geophysics,2011,168(3/4):367-381.
                                       .
               [ 17] PANZA G F,BELA J.  NDSHA:A new paradigm for reliable seismic hazard assessment[J]  Engineering Geology,
                                                                                          .
                      2020,275:105403.
               [ 18] PANZA G F,MURA C L,PERESAN A,et al.  Seismic hazard scenarios as preventive tools for a disaster resilient
                      society[J]  Advances in Geophysics,2012,53(53):93-165.
                              .
               [ 19] WANG  X  C, WANG  J  T, ZHANG  L, et  al.   A  multidimension  source  model  for  generating  broadband  ground
                      motions  with  deterministic  3D  numerical  simulations[J]   Bulletin  of  the  Seismological  Society  of  America, 2021,
                                                                .
                      111(2):989-1013.
               [ 20] HE  C  H, WANG  J  T, ZHANG  C  H, et  al.   Simulation  of  broadband  seismic  ground  motions  at  dam  canyons  by
                                                      .
                      using a deterministic numerical approach[J]  Soil Dynamics and Earthquake Engineering,2015,76:136-144.
               [ 21] ZHANG L, XU Y, WANG J, et al.  Velocity structure building and ground motion simulation of the 2014 Ludian
                                       .
                      Ms 6. 5 earthquake[J]  Earthquake Engineering and Engineering Vibration,2018,17(4):719-727.
               [ 22] WANG X C,WANG J T,ZHANG C H.  Deterministic full-scenario analysis for maximum credible earthquake haz⁃
                            .
                      ards[J]  Nature Communications,2023,14(1):6600.
                                                                                         .
               [ 23] HERRERO A,BERNARD P.  A kinematic self-similar rupture process for earthquakes[J]  Bulletin of the Seismo⁃
                      logical Society of America,1994,84(4):1216-1228.
               [ 24] MAI P M,BEROZA G C.  A spatial random field model to characterize complexity in earthquake slip:Random field
                      model for earthquake slip[J]  Journal of Geophysical Research: Solid Earth, 2002, 107(B11): ESE 10-1-ESE
                                            .
                      10-21.
                                                                                               .
               [ 25] GRAVES  R  W, PITARKA  A.   Broadband  Ground-motion  simulation  using  a  hybrid  approach[J]   Bulletin  of  the
                      Seismological Society of America,2010,100(5A):2095-2123.
               [ 26] KOMATITSCH D, RITSEMA J, TROMP J.  The spectral-element method, Beowulf computing, and global seis⁃
                      mology[J]  Science,2002,298(5599):1737-1742.
                              .
               [ 27] KOMATITSCH D,TROMP J.  Introduction to the spectral element method for three-dimensional seismic wave propa⁃
                      gation[J]  Geophysical Journal International,1999,139(3):806-822.
                             .
               [ 28] ZHANG L, WANG J T, XU Y J, et al.  A procedure for 3D seismic simulation from rupture to structures by cou⁃
                      pling SEM and FEM[J]  Bulletin of the Seismological Society of America,2020,110(3):1134-1148.
                                       .
               [ 29] ZHANG  M  Z, WANG  X  C, WANG  J  T, et  al.   Seismic  response  analysis  of  Dagangshan  arch  dam  during  2022
                      Luding  Ms  6. 8  earthquake  using  source-to-structure  simulation[J]   Soil  Dynamics  and  Earthquake  Engineering,
                                                                         .
                      2024,178:108492.
               [ 30] ZHANG M Z, ZHANG L, WANG X C, et al.  A framework for seismic response analysis of dams using numerical
                                                                                               — 1117  —
   8   9   10   11   12   13   14   15   16   17   18