Structural damage identification has received considerable attention during the past
decades. Although several reviews have been presented, some new developments have …

This paper presents an overview of currently available methods for monitoring prestressing
forces in prestressed concrete structure. Structural health monitoring has become an …

In the electromechanical impedance-based technique, the selection of proper impedance
features and frequency bands has played a significant role in enhancing the results of …

Traditional impedance-based bolt-looseness monitoring approaches using hand-crafted
impedance features can lead to difficulties in quantitative damage severity estimation. In this …

This paper studies the problem of bridge health monitoring in an unsupervised manner
utilizing only the measured responses from a vehicle passing over a bridge. A half-car …

Developing robust bridge health monitoring (BHM) frameworks based on the vehicle-
mounted sensing, or so-called indirect structural health monitoring (SHM) or Drive-by Bridge …

Structural health monitoring (SHM) systems have shown great potential to sense the
responses of a bridge system, diagnose the current structural conditions, predict the …

In this study, the quantification of temperature effect on impedance monitoring via a PZT
interface for prestressed tendon-anchorage is presented. Firstly, a PZT interface-based …

Prestressing methods were used to realize long-span bridges in the last few decades. For
their predictive maintenance, devices and dynamic nondestructive procedures for identifying …

The concept of the piezoelectric‐based smart strand has been recently developed for low‐
cost prestress force monitoring of post‐tensioned structures. However, the previous study …