Internal defects in concrete structures pose a great risk and potential hazard to the safety
and durability of civil structure. Reliable and accurate detection of the internal conditions of …

Manual interpretation from technicians with prior expertise knowledge is still needed for
ultrasonic array tomography when detecting subsurface damages in reinforced concrete …

A new algorithm is developed to automatically detect rebar locations and diameters of
reinforced concrete structures using the ground penetrating radar technique. The study uses …

A numerical simulation-based study is undertaken in order to assess the performance of
plane wave imaging in the concrete medium for damage detection. The random scattering of …

Fiber-reinforced polymer (FRP) materials have been widely accepted to retrofit deteriorated
infrastructure. Despite the advancement in FRP techniques, inspection of its installation …

This study explores the efficacy of horizontally polarised shear (SH) waves in ultrasonic
inspection of concrete-embedded steel liner plates, focusing on corrosion detection. SH …

This paper presents a study to accurately evaluate defects in concrete decks using
ultrasonic pulse-echo signals. A reinforced concrete deck with void defects was designed …

This study focused on analyzing the impact of ground-penetrating radar (GPR) scan spacing
on accurately assessing the reinforcement of concrete bridge girders, providing practical …

Measurement and quantification of detected subsurface features is an important step toward
the evaluation of concrete structures. A model-based evaluation relies on better spatial …

Non-destructive Testing (NDT) techniques are, as of today, a fundamental tool in civil
engineering. Based on a thorough literature review, the scope of this article comprises a …