Page 245 - 《振动工程学报》2026年第2期
P. 245

第 2 期                       颜建伟,等:周期性复合材料板的带隙和减振特性                                         561

              [3]  董霜,朱元清. 环境振动对人体的影响          [J]. 噪声与振动控          LI Mengchang,GUO Shaojie,ZHANG Hongyan. Numeri-
                  制,2004(3):22-25.                                  cal and experimental study on axial band gap characteristics of
                  DONG  Shuang, ZHU  Yuanqing.  Effects  of  environmental  pipeline  metastructure[J].  Journal  of  Synthetic  Crystals,
                  vibration on man[J]. Noise and Vibration Control,2004(3):  2023,52(1):65-72.
                  22-25.                                        [16]  XIAO Y,WEN J H,WEN X S. Flexural wave band gaps in
              [4]  马蒙,张厚贵. 城市轨道交通环境振动对人体影响的暴露-                      locally resonant thin plates with periodically attached spring-
                  响应关系研究现况      [J]. 噪声与振动控制,2021,41(1):1-5.        mass  resonators[J].  Journal  of  Physics  D: Applied  Physics,
                  MA Meng,ZHANG Hougui. Research advance of the expo-  2012,45(19):195401.
                  sure-response  relationship  between  railway  vibration  and  [17]  HSU J C,WU T T. Efficient formulation for band-structure
                  human  comfort[J].  Noise  and  Vibration  Control, 2021,  calculations  of  two-dimensional  phononic-crystal  plates[J].
                  41(1):1-5.                                        Physical Review B,2006,74(14):144303.
              [5]  马建刚,盛美萍,韩玉迎. 多带隙局域共振单元抑振设计                   [18]  MEI J,LIU Z Y,SHI J,et al. Theory for elastic wave scat-
                  与实验验证    [J]. 振动工程学报,2019,32(6):943-949.          tering by a two-dimensional periodical array of cylinders:an
                  MA  Jiangang, SHENG  Meiping, HAN  Yuying.  Structure  ideal  approach  for  band-structure  calculations[J].  Physical
                  design and experimental verification of multi-bandgap locally  Review B,2003,67(24):245107.
                  resonant  unit[J].  Journal  of  Vibration  Engineering, 2019,  [19]  LIU Z Y,CHAN C T,SHENG P,et al. Elastic wave scat-
                  32(6):943-949.                                    tering by periodic structures of spherical objects:theory and
              [6]  吴巧云,罗智高,李雨熹,等. 具有短柱构型的周期基础结                      experiment[J].  Physical  Review  B, 2000, 62( 4) : 2446-
                  构带隙特性    [J]. 土木工程与管理学报,2023,40(4):9-15.          2457.
                  WU Qiaoyun,LUO Zhigao,LI Yuxi,et al. Bandgap char-  [20]  王刚,温激鸿,韩小云,等. 二维声子晶体带隙计算中的
                  acteristics  of  periodic  infrastructure  structure  with  short  时域有限差分方法  [J]. 物理学报,2003,52(8):1943-
                  column  configuration[J].  Journal  of  Civil  Engineering  and  1947.
                  Management,2023,40(4):9-15.                       WANG  Gang, WEN  Jihong, HAN  Xiaoyun, et  al.  Finite
              [7]  李文博,章桥新. 二维局域共振周期格栅结构的低频振动                       difference  time  domain  method  for  the  study  of  band  gap  in
                  带隙特性研究    [J]. 人工晶体学报,2023,52(6):1100-1109.       two-dimensional  phononic  crystals[J].  Acta  Physica  Sinica,
                  LI Wenbo,ZHANG Qiaoxin. Low-frequency vibration band  2003,52(8):1943-1947.
                  gap characteristics of two-dimensional local resonant periodic  [21]  陈长红,田苗,孙美景. 二维复合压电型表面波声子晶体
                  lattices  structure[J].  Journal  of  Synthetic  Crystals, 2023,  带隙特性  [J]. 振动与冲击,2021,40(8):247-254.
                  52(6):1100-1109.                                  CHEN  Changhong, TIAN  Miao, SUN  Meijing.  Surface
              [8]  丁兰,丁彪,吴巧云,等. 含双自由度周期振子的平行并联                      acoustic  wave  bandgaps  in  a  two-dimensional  composite
                  梁弯曲振动带隙特性       [J]. 工程力学,2023,40(10):1-10.       piezoelectric  phononic  crystal[J].  Journal  of  Vibration  and
                  DING  Lan, DING  Biao, WU  Qiaoyun, et  al.  Flexural
                                                                    Shock,2021,40(8):247-254.
                  vibration bandgap characteristics of double beams in parallel  [22]  赵春风,王胤植,楚凡,等. 十字形梯度地震超材料带隙
                  with  oscillators  with  two  degrees  of  freedom[J].  Engineering  特性与隔震性能研究  [J]. 工程力学,2025,42(9):63-75.
                  Mechanics,2023,40(10):1-10.                       ZHAO  Chunfeng, WANG  Yinzhi, CHU  Fan, et  al.
              [9]  KUSHWAHA M S,HALEVI P,DOBRZYNSKI L,et al.
                                                                    Research  on  the  isolation  performance  of  cruciform  gradient
                  Acoustic  band  structure  of  periodic  elastic  composites[J].  seismic  metamaterial[J].  Engineering  Mechanics, 2025,
                  Physical Review Letters,1993,71(13):2022-2025.
                                                                    42(9):63-75.
              [10]  LIU Z Y,ZHANG X X,MAO Y W,et al. Locally reso-  [23]  陈圣兵,张浩,宋玉宝,等. 谐振放大压电声学超材料梁
                  nant sonic materials[J]. Science,2000,289(5485):1734-
                                                                    带隙特性研究     [J]. 振动工程学报,2022,35(3):550-556.
                  1736.
                                                                    CHEN  Shengbing, ZHANG  Hao, SONG  Yubao, et  al.
              [11]  JIA  G  F, SHI  Z  F.  A  new  seismic  isolation  system  and  its
                                                                    Band-gap  properties  of  piezoelectric  acoustic  metamaterial
                  feasibility  study[J].  Earthquake  Engineering  and  Engineering
                                                                    beams with amplified resonant shunts[J]. Journal of Vibration
                  Vibration,2010,9(1):75-82.
                                                                    Engineering,2022,35(3):550-556.
              [12]  孟庆娟,乔京生. 饱和土中周期性排桩隔离体波的性能研
                                                                [24]  颜建伟,江思岑,何陵辉. GPLs/Al 复合材料阵列开口结构
                  究  [J]. 振动与冲击,2020,39(24):179-186.
                                                                    的自由振动    [J]. 振动工程学报,2025,38(3):612-622.
                  MENG  Qingjuan, QIAO  Jingsheng.  Vibration  isolation  of
                                                                    YAN Jianwei,JIANG Sicen,HE Linghui. Free vibration of
                  body waves by periodic pile barriers in saturated soil[J]. Jour-
                                                                    GPLs/Al composite with an array cutouts[J]. Journal of Vibra-
                  nal of Vibration and Shock,2020,39(24):179-186.
                                                                    tion Engineering,2025,38(3):612-622.
              [13]  GUO W J,YANG Z,FENG Q S,et al. A new method for
                                                                [25]  QI  C, JIANG  F, YANG  S.  Advanced  honeycomb  designs
                  band  gap  analysis  of  periodic  structures  using  virtual  spring
                                                                    for  improving  mechanical  properties: a  review[J].  Compos-
                  model and energy functional variational principle[J]. Mechani-
                                                                    ites Part B:Engineering,2021,227:109393.
                  cal Systems and Signal Processing,2022,168:108634.
                                                                [26]  YAO Y,NI Y,HE L H. Unexpected bending behavior of
              [14]  YAN Z Z,ZHANG C Z,WANG Y S. Wave propagation
                                                                    architected 2D lattice materials[J]. Science Advances,2023,
                  and  localization  in  randomly  disordered  layered  composites
                                                                    9(25):eadg3499.
                  with local resonances[J]. Wave Motion,2010,47(7):409-
                  420.
              [15]  李孟昶,郭少杰,张红艳. 管道超结构轴向带隙特性分析                  通信作者:颜建伟(1986—),男,博士,教授。
                  及实验研究    [J]. 人工晶体学报,2023,52(1):65-72.                E-mail:jianwei@mail.ustc.edu.cn
   240   241   242   243   244   245   246   247   248   249   250