Reinforcement corrosion is a common cause of damage in concrete structures, resulting in
cracking and spalling of the surrounding concrete. Recently, ground penetrating radar …

Abstract Ground Penetrating Radar (GPR) has been evolving as a reliable Nondestructive
tool for structural concrete inspections. Leveraging Electromagnetic waves enables the …

The sensitivity of the high-frequency ground penetrating radar (GPR) signal to changes
within the reinforced concrete (RC) makes it a valuable tool for corrosion assessment of RC …

The setting time of concrete needs to be detected to ensure the construction quality control.
This research provides a new non-contact, nondestructive remote sensing detection method …

This study investigates the Volumetric Water Content (VWC) of concrete block by inversion
of Ground-penetrating radar (GPR) traces by Particle Swarm Optimization (PSO) method …

This paper presents laboratory application of the Ground Penetrating Radar technique on
six concrete specimens, with intentionally embedded objects made of different materials, in …

Moisture is one of the main causes of degradation of heritage buildings. Early detection of
zones affected by moisture is crucial information for preservation and maintenance of those …

Rain-triggered landslides frequently threaten public safety, infrastructure, and the economy
during typhoon seasons in Zhejiang Province. Landslides are complex structural systems …

Water has a significant impact on the dielectric constant of materials. As a multiphase
composite material, the effect of water content must be taken into account when modeling …

Understanding the mechanisms that alter the ground penetrating radar (GPR)
electromagnetic wave propagation as a result of reinforcement corrosion is pivotal for …