Bridge health monitoring is increasingly relevant for the maintenance of existing structures
or new structures with innovative concepts that require validation of design predictions. In …

It is important to assess, monitor, and control civil infrastructure displacements, and
extensive work has been done to develop structural displacement sensing techniques. This …

Current vision-based displacement measurement methods have limitations such as being in
need of manual targets and parameter adjustment, and significant user involvement to reach …

This article describes an innovative methodology for estimating in-plane horizontal
displacements of Civil Engineering structures based on video systems integrated on …

Structural displacement plays a crucial role in structural health monitoring. However, its
measurement remains challenging for many civil infrastructure applications. This study …

Civil infrastructures experience long-term deflection as a result of persistent and transitory
loadings, including self-weight, pre-stress, traffic, temperature variation, and stress …

Monitoring of bridge displacements is critical for safe and cost-effective railroad operations.
One of the essential parameters for determining the serviceability of the bridges is the …

As demand for long-span bridges is increasing worldwide, effective maintenance has
become a critical issue to maintain their structural integrity and prolong their lifetime. Given …

Displacement serves as a crucial indicator in structural health monitoring within civil
engineering, with computer vision being a commonly employed tool due to its cost …

According to railroad managers, displacement of railroad bridges under service loads is an
important parameter in the condition assessment and performance evaluation. However …