Page 131 - 《振动工程学报》2026年第5期
P. 131

第 5 期                    张 庆,等:采用实测应变响应的输电塔二维动态位移重构                                        1335

                  2023,13(2):591-603.                           [18]  THOMAS  J, GURUSAMY  S, RAJANNA  T  R, et  al.
              [13]  GARG  P, NASIMI  R, OZDAGLI  A, et  al.  Measuring  Structural shape estimation by mode shapes using fiber Bragg
                  transverse displacements using unmanned aerial systems laser  grating  sensors: a  genetic  algorithm  approach[J].  IEEE
                  Doppler  vibrometer  ( UAS-LDV) : development  and  field  Sensors Journal,2020,20(6):2945-2952.
                  validation[J]. Sensors,2020,20(21):6051.      [19]  ZHANG Q,FU X,REN L. Deflection estimation of beam
              [14]  KIM  K, SOHN  H.  Dynamic  displacement  estimation  by  structures based on the measured strain mode shape[J]. Smart
                  fusing  LDV  and  LiDAR  measurements  via  smoothing  based  Materials and Structures,2021,30(10):105003.
                  Kalman filtering[J]. Mechanical Systems and Signal Process-  [20]  张庆,付兴,任亮,等. 格构式塔架结构多源异构监测数
                  ing,2017,82:339-355.                              据融合及动态位移重构研究           [J]. 振动工程学报,2023,
              [15]  WANG  Z  C, GENG  D, REN  W  X, et  al.  Strain  modes  36(1):1-9.
                  based  dynamic  displacement  estimation  of  beam  structures  ZHANG Qing,FU Xing,REN Liang,et al. Multi-source
                  with  strain  sensors[J].  Smart  Materials  and  Structures,  heterogeneous  monitoring  data  fusion  and  dynamic  displace-
                  2014,23(12):125045.                               ment  reconstruction  of  lattice  tower  structures[J].  Journal  of
              [16]  PARK K T,KIM S H,PARK H S,et al. The determina-  Vibration Engineering,2023,36(1):1-9.
                  tion  of  bridge  displacement  using  measured  acceleration[J].  [21]  国家能源局. 架空输电线路荷载规范:DL/T 5551—2018
                  Engineering Structures,2005,27(3):371-378.        [S]. 北京:中国计划出版社,2018.
              [17]  袁超林. 光纤传感器及其在索承网格结构应变及变形监测                      National Energy Administration. Load code for the design of
                  中的应用   [D]. 大连:大连理工大学,2019.                       overhead  transmission  line: DL/T  5551 —2018[S].  Beijing:
                  YUAN  Chaolin.  Fiber  optic  sensor  and  its  applications  in  China Planning Press,2018.
                  strain  and  deformation  monitoring  of  cable-supported  grid
                  structures[D].  Dalian: Dalian  University  of  Technology,  通信作者:张 庆(1995—),男,博士,讲师。
                  2019.                                                 E-mail:zhangqing@ncepu.edu.cn
   126   127   128   129   130   131   132   133   134   135   136