A comprehensive review on modal parameter-based damage identification methods for
beam-or plate-type structures is presented, and the damage identification algorithms in …

This paper aims to compare several damage identification methods based on the analysis of
modal curvature and related quantities (natural frequencies and modal strain energy) by …

There is a pressing need to develop effective techniques for structural health monitoring, so
that the safety and integrity of the composite structures can be improved. The main objective …

Although a large number of methods exist for detecting damage in a structure using
measured modal parameters, many of them require a correlated finite element model, or at …

This paper presents a new damage identification technique based on the statistical
moments of the energy density function of the vibration responses in the time–scale (or time …

This paper describes the development of a local damage detection method for beam and
plate like structures based on operating deflection shape curvature extracted from dynamic …

This paper presents equivalent deflection as a new concept for bridge damage detection.
The equivalent deflection is similar to the real deflection and can be inferred from bridge …

Different studies have demonstrated that vibration characteristics are sensitive to debonding
in composite structures. Nevertheless, one of the main restrictions of vibration …

Curvature is one of the most popular damage-sensitive features in vibration-based structural
health monitoring applications, typically calculated from identified modal features. While the …

This paper presents a new damage detection approach for cantilever beam-type structures
using the damage-induced inter-storey deflection (DIID) estimated by modal flexibility matrix …