The difficulty of achieving controlled input has led to the development of new output-only
structural health monitoring (SHM) approaches. Without measuring the input or assuming a …

Rapid post-earthquake damage assessment forms a critical element of resilience, ensuring
a prompt and functional recovery of the built environment. Monitoring-based approaches …

Environmental variability is still a major challenge in structural health monitoring. Due to the
similarity of changes caused by environmental variations to damage, false positive and false …

As a mathematical representation of the output-to-output relationship, transmissibility
function (TF) has been extensively applied in structural damage detection due to its …

Maintenance and repairing in actual engineering for long-term used structures, such as
pipelines and bridges, make structural damage detection indispensable, as an …

While many structural damage detection methods have been developed in recent decades,
few data‐driven methods in unsupervised learning mode have been developed to solve the …

Detecting structural damage in operational conditions still encounters some difficulties,
especially in early-stage, as environmental varieties impose challenges in real engineering …

For the purpose of maintaining and prolonging the service life of civil constructions,
structural damage must be closely monitored. Monitoring the incidence, formation, and …

In the past twenty-five years, structural health monitoring (SHM) has become an increasingly
significant topic of investigation in the civil and structural engineering research community …

The beam-like structures commonly exist in engineering systems and there are many critical
issues relevant to fault diagnosis of those structures. Noticeably, among all other existing …