he acoustic emission technique has been applied successfully for the identification,
characterization, and localization of deformations in civil engineering structures. Numerous …

Dynamic loads on engineering structures are often difficult to measure directly. Therefore,
indirect identification methods based on dynamic responses are commonly used. However …

The structural health monitoring (SHM) of structures is acquiring a key role in the present
time. An in situ system able to assess the health state of bolted joints would save money and …

This paper presents a new in situ Structural Health Monitoring (SHM) system able to identify
the location of acoustic emission (AE) sources due to low-velocity impacts and to determine …

In the present work, different types of acoustic emission (AE) sources are identified by
means of computational intelligence. The goal is to characterize the type of AE source and to …

In this paper, we present an occupant localization approach through sensing footstep-
induced floor vibrations. Occupant location information is an important part of many smart …

As the fatigue problem of orthotropic steel plates becomes increasingly severe in medium-
and long-span bridges, structural health monitoring of the plates that could identify cracks …

This article presents an in situ imaging method able to detect in real-time the impact source
location in reverberant complex composite structures using only one passive sensor. This …

Lamb wave-based signals from sparse-distributed sensors are complicated and difficult to
process for structural health monitoring (SHM), not only due to their dispersive and multi …

Acoustic Emission (AE) is a non-destructive structural health monitoring technique, which
studies elastic waves emitted during crack formation. Utilizing piezoelectric sensors, these …