Nowadays, with the aging of the bridges and the advancements in technology, load testing
has emerged as an effective method to assess existing concrete bridges with missing …

Modal testing is one of the most effective experimental techniques for the structural health
monitoring of masonry constructions, as it provides useful information for the calibration of …

As the existing bridge stock is aging, the task of assessing these bridges becomes
increasingly important. One of the assessment methods for existing bridges is load testing …

In this study, a fiber Bragg grating (FBG)–differential settlement measurement (DSM) system
was used to conduct 2-year monitoring of the vertical displacement of a prestressed …

Structural health monitoring (SHM) techniques have become a significant subject in
structural evaluation due to the development of non-destructive methods used to monitor …

The microwave radar-based full-field displacement measurement technology offers
appealing advantages over traditional methods, such as long-range monitoring capability …

Remote and real-time displacement measurements are crucial for a successful bridge health
monitoring program. Researchers have attempted to monitor the deformation of bridges …

Over the past 10 years, ground-based radar interferometry has become a frequently used
technology for determining dynamic deflections of bridge structures induced by vehicle …

As a promising alternative to conventional contact sensors, vision-based technologies for a
structural dynamic response measurement and health monitoring have attracted much …

Remote sensors such as ground-based interferometric radar (GBR) are increasingly applied
in bridge monitoring to determine damage-sensitive features. A crucial part of successfully …