The strength and integrity of a structure are determined not only by the quality of its
materials, but also by the health of its various components. In some cases, damaged cracks …

The absence of excitation measurements may pose a big challenge in the application of
structural damage identification owing to the fact that substantial effort is needed to …

This paper proposes a model-calibration-free method for damage identification of shear
structures using the modal data. In doing so, a decoupling formulation is established upon …

As a useful class of techniques for structural health monitoring, vibration‐based structural
damage detection has been intensively studied in civil engineering community for decades …

This paper presents a novel sparse‐regularized minimum constitutive relation error (min‐
CRE) approach for structural damage identification with modal data. In this approach, the …

Output-only structural damage detection (SDD) is an important issue in the field of structural
health monitoring (SHM). As an attempt, this study aims to propose a sparse regularization …

The incomplete modal data is mostly measured for experimental and engineering structures,
however, its application into structural damage identification suffers from the drawback that …

Impact force identification is important for structure health monitoring especially in
applications involving composite structures. Different from the traditional direct measurement …

Aiming at the problems of low signal precision and uncertain sparsity in traditional structural
damage identification methods, a structural damage identification method based on an …

Numerous vibration-based structural damage detection methods have been developed over
the past decades. The basic idea of these methods is that structural damage may induce …