Bridge influence line, which is defined as the response curve of a certain point of the bridge
under the moving unit concentrated load, contains tremendous structural information …

Bridge health monitoring (BHM) has grown as an essential component of the maintenance
paradigm in any transportation network around the world. The mostly used visual inspection …

This study proposes a new damage identification technique for condition assessment of
bridge structures. The method is based on the concept of rotation influence line (RIL) at the …

This paper presents a cost-effective Bridge Weigh-in-Motion (B-WIM) system for the
identification of train loads using fiber-optic technology. The system is capable of estimating …

The bridge influence line can reflect the structural behavior under moving vehicle loads,
which is becoming a proposing tool to study the bridge behavior during service life. A high …

Abstract The Transmissibility Function (TF) has gained considerable interest in structural
damage detection because of its relatively high sensitivity to damage and robustness to …

This paper presents a novel numerical method for accurately extracting bridge influence line
(IL) from dynamic responses of general bridge structures. In this method, the IL is …

Widespread monitoring of bridges is yet rarely employed at a territorial level due to the high
costs of monitoring systems. However, the aging of civil infrastructures, combined with the …

Preventive measures must be implemented to preclude severe damage to bridge structures
and thus avoid catastrophic accidents. A potential method for bridge damage identification is …

Curvature is one of the most popular damage-sensitive features in vibration-based structural
health monitoring applications, typically calculated from identified modal features. While the …