As innovative technologies emerge, extensive research has been undertaken to develop
new structural health monitoring procedures. The current methods, involving on-site visual …

Engineering structures and infrastructure continue to be used despite approaching or having
reached their design lifetime. While contact-based measurement techniques are challenging …

The deflection of railroad bridges under in‐service loads is an important indicator of the
structure's health. Over the past decade, an increasing number of studies have …

With the increase of service life, a growing number of medium-small span bridges have
suffered degradation and even serious damage, and the vertical displacement is one of the …

This paper proposes a framework to automatically quantify the quality of rebar placement in
the field to improve construction quality and long-term durability of the bridge structures. In …

Recent earthquakes worldwide have led to significant loss of life and structural damage to
infrastructure, especially road bridges. Existing bridge monitoring systems have limitations …

Structural damage is inherent in civil engineering structures, and bridges are no exception. It
is vital to monitor and keep track of damage in bridge structures as a result of multiple …

Recent scientific and technological advancements have enabled a more efficient structural
condition assessment of bridges, mainly through the implementation of intelligent inspection …

There are many approaches to address geospatial monitoring of pipeline overpasses,
among which the most widespread methods are terrestrial laser scanning and total station …

In this study, LiDAR sensor data were used to identify agricultural land boundaries. This is a
remote sensing method using a pulsating laser directed toward the ground. This study …