The debonding between fabric and matrix/substrate hampers the strength and durability of
fiber-reinforced cementitious matrix (FRCM) strengthened elements. One of the ways to …

Railways serve as vital transportation infrastructure worldwide, necessitating continuous
monitoring of rail sections' structural integrity due to diverse climatic conditions and repetitive …

Semi-rigid base is the main component of highway pavements in China and is prone to
cracking damage under vehicle loading and environmental effects. In this paper, three-point …

Structural damage detection is a crucial issue for the safety of civil buildings, which are
subject to gradual deterioration over time and at risk from sudden seismic events. To prevent …

The present study investigates the critical bond characteristics between glass fiber-
reinforced polymer (GFRP) bars, which is essential for the application bars as corrosion …

Abstract Accurate localization of Acoustic Emission (AE) events in rock structures is crucial
for investigating rock failure mechanisms. This paper presents a comprehensive analysis of …

In order to classify the crack modes in concrete, a novel classification method is proposed by
acoustic emission (AE) signals with semi-parametric clustering (SPC) and support vector …

Damage localization methods based on Acoustic Emission (AE) can be classified into time-
based and waveform-based. However, the former requires a large number of sensors while …

The debonding between glass fiber-reinforced polymer (GFRP) rebars and concrete
significantly reduces the bond strength and jeopardizes the safety and durability of GFRP …

Cementitious materials possessing self-sensing properties conferred through the
incorporation of conductive fillers have attracted significant interest in the research …