Shuqing Wang

Prof. Shuqing Wang


Research Focus & Metrics

Academic Career Length

35Years (1992-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

View All Publications
12 November 2018 in Structural Engineering International
Verified
Journal Article
Closed access
SWShuqing Wang
Shuqing Wang
MXMingqiang Xu
Mingqiang Xu
Thanks to its sensitive characteristics to damages, modal strain energy (MSE) has been widely utilized for structural damage identification. Various MSE-related techniques on structural damage identification are surveyed and classified as damage index (DI) method, modal strain energy change (MSEC) method, cross-modal strain energy (Cross-MSE) method, and other methods. Four typical MSE-related methods are selected and firstly overviewed. Then damage identification of 1-D beam and 3-D offshore platform structures, considering the issues of spatial incompleteness, noise contamination, etc., are examined systematically with numerical simulation and experimental data. The ability of these four methods to locate damage is compared. Finally, some generalized criteria on these methods for damage identification are concluded, and suggestions for future work are discussed. This brief review aims to help readers identify starting points for research in vibration-based damage identification and health monitoring, and guide researchers and practitioners in better implementing available MSE-based damage identification algorithms.

25 March 2021 in Polymer Composites
Verified
Journal Article
Closed access
PDF file
WLWencheng Liu
Wencheng Liu
SWShuqing Wang
Shuqing Wang
JBJiarun Bu
Jiarun Bu
XDXindong Ding
Xindong Ding

18 January 2012 in Acta Mechanica Sinica
Verified
Journal Article
Closed access
PDF file
SWShuqing Wang
Shuqing Wang
HLHua-Jun Li
Hua-Jun Li

20 December 2018 in Ships and Offshore Structures
Verified
Journal Article
Closed access
MXMingqiang Xu
Mingqiang Xu
SWShuqing Wang
Shuqing Wang
HLHuajun Li
Huajun Li
Vibration-based damage identification methods are committed to detecting structural damage by examining changes in the vibration characteristics of structures. However, these characteristics are not only affected by the structural damage but also subject to the change of environmental condition. A new damage localisation method, termed as residual strain energy (RSE) method, which is capable of locating damage on 3D structures under environmental variations, is presented. This RSE method employs the residual mode shapes to construct the damage localisation indicator, in which the principal component analysis algorithm is introduced to eliminate the influence of environmental variations. Numerical simulations were conducted on a 3D offshore platform structure considering temperature variations. Results indicate that the RSE method can effectively eliminate environmental influences and identify structural damage sites correctly.

19 July 2018 in Journal of Marine Science and Technology
Verified
Journal Article
Closed access
PDF file
SWShuqing Wang
Shuqing Wang
MXMingqiang Xu
Mingqiang Xu
ZXZhipeng Xia
Zhipeng Xia
YLYingchao Li
Yingchao Li

8 April 2021 in Structural Control and Health Monitoring
Verified
Journal Article
Closed access
PDF file
MXMingqiang Xu
Mingqiang Xu
JGJian Guo
Jian Guo
SWShuqing Wang
Shuqing Wang
Jun LiJun Li
Jun Li
HHHong Hao
Hong Hao