The integrity of bolted joints is still a challenging problem owing to the gross or localized slip
at the interfacial surfaces of the joints when subjected to external disturbances such as …

This paper presents an intelligent methodology for monitoring and assessing the interfacial
debonding damage process of concrete-rock composites through the piezoelectric-based …

Cavity defects are usually invisible in concrete, failure to detect and repair them in time could
significantly weaken the load-bearing capacity of engineering structures, potentially …

Elbows are commonly used in pipelines to change the direction of flow, and the pipeline
elbows are prone to erosion caused by the transported medium. Detection of the pipeline …

Concrete-filled steel tubular (CFST) structures have been widely used to provide high load-
bearing capacity. Percussions are expected to provide simple and effective means of …

Pipelines are susceptible to oil and gas leaks during long-distance transportation due to
factors such as damage from external forces and aging. However, existing pipeline leakage …

Pipeline networks are crucial components of modern infrastructure, and ensuring their
reliable operation is essential for sustainable development. The percussion-based methods …

Recently, in the field of structural health monitoring, the detection of bolted connection
looseness through percussion-based method and machine learning technology has …

As the looseness of underwater bolted connections may cause catastrophic consequences,
their regular inspection is vital. This paper proposes an exploratory approach to detecting …

Accurate inspection of the steel fiber content is necessary to assure the designed
performance and required quality of steel fiber reinforced concrete (SFRC). This paper …