The application of the cutting-edge technologies of robotics and computer science to
structural health monitoring (SHM) of bridges have gained much attention. This review …

Structural health monitoring (SHM) of civil engineering structures has been widely
developed to increase safety and to provide cost-effective maintenance programmes …

Complicated temperature fields and crossing high-speed trains offer new challenges for
monitoring girder deflections in operating railway bridges. Behavior analyses and early …

Owing to the limited field of view (FOV) of a single camera, structural properties (ie mode
shapes and flexibility matrix) of a large structure cannot be directly obtained from vision …

To overcome the limitation of existing methods only identifying basic dynamic properties of
bridge structures, a moving vehicle strategy was proposed to identify more meaningful …

The rapid impact testing of bridges contains unique advantages. For example, structural
parameters, including frequency response function and structural flexibility matrix can be …

Strain, being superiorly sensitive towards damage, has been widely explored in modal
testing based damage monitoring. Piezo sensors have been successfully evaluated for their …

This paper presents a formulation for estimating scale factors based on the vehicle-induced
variation of bridge frequencies. The scale factors of mass-normalized mode shapes are …

In contrast to the traditional uncertainty quantification of the modal parameters identified from
the output‐only measurement data, this study develops an uncertainty propagation and …

In the construction of buildings, the assessment of steel platforms via pre-compression
testing and the subsequent monitoring of deflection at critical points is imperative for …