This paper provides a comprehensive review on the use of infrared thermography to detect
delamination on infrastructures and buildings. Approximately 200 pieces of relevant …

Steel reinforcement corrosion is known to adversely affect the structural integrity of buildings,
bridges and other reinforced concrete (RC) structures. It reduces the durability and service …

Active thermal imaging is an effective nondestructive technique in the structural health
monitoring field, especially for concrete structures not exposed directly to the sun. However …

Featured Application Quick and non-destructive applications of Infrared Thermography on
rocks. Abstract Infrared thermography is a growing technology in the engineering geological …

Most duct grouting defects are caused during the construction period, and its existence will
seriously affect the safety performance of the structure. Timely detection and remediation …

Infrared thermography, as a nondestructive, non-contact and real-time monitoring method,
has great significance in assessing the stability of concrete structure and monitoring its …

In bridge structures, concrete decks have a higher risk of damage than other components
owing to the direct impact of traffic. This study aims to develop a comprehensive system for …

Concrete is a highly consumed construction material used in the built environment and civil
infrastructure. Therefore, condition monitoring using non-destructive techniques such as …

This study aims to reveal the effect and correlation of delamination size and defect shape for
using infrared thermography (IRT) through FE modeling to enhance the reliability and …

Passive infrared thermography (IRT) has been introduced as a faster, safer, and contactless
alternative for the nondestructive inspection of subsurface delamination in concrete …