A Review on Vibration-Based Damage Detection Methods for Civil Structures

• Published in: Vibration Vol. 6; no. 4; pp. 843 - 875
• Main Authors: Sun, Xutao, Ilanko, Sinniah, Mochida, Yusuke, Tighe, Rachael C.
• Format: Journal Article
• Language: English
• Published: Basel MDPI AG 01.12.2023
• Subjects: Boundary conditions; Cracks; Damage detection; Dynamic response; Experiments; Machine learning; Methods; modal flexibility; modal strain energy; mode shape; natural frequency; Numerical analysis; Resonant frequencies; Reviewing; Sensors; Signal processing; Strain energy; Structural health monitoring; Structural members; Temperature effects; Trusses; Vibration; vibration-based method; Wavelet transforms
• ISSN: 2571-631X; 2571-631X
• DOI: 10.3390/vibration6040051

Vibration-based damage detection is a range of methods that utilizes the dynamic response of a structure to evaluate its condition and detect damage. It is an important approach for structural health monitoring and has drawn much attention from researchers. While multiple reviews have been published focusing on different aspects of this field, there has not been a study specifically examining the recent development across the range of methods, including natural frequency, mode shape, modal curvature, modal strain energy, and modal flexibility-based damage detection methods. This paper aims to fill this gap by reviewing the recent application of these methods in civil structures, including beams, plates, trusses, frames, and composite structural members. The merits and limitations of each method are discussed, and research opportunities are presented. This broader review also provides an opportunity for critical comparison across this range of methods. While predominantly reviewing experiment-based studies, this review also considers some numerical studies that may motivate further research.