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 …

Bridge weigh-in-motion (BWIM) systems provide an effective approach to identifying the axle
and gross vehicle weights of vehicles as they travel over an instrumented bridge. For the …

Bridge infrastructures are continuously subject to degradation due to aging and excess
loading, placing users at risk. It has now become a major concern worldwide, where the …

The bridge influence line (IL) is widely used in structural evaluation, damage identification,
model updating, and other applications. The IL curve of an existing bridge is usually different …

These days, bridge weigh-in-motion (B-WIM) method has become a promising and useful
technique in the bridge maintenance. Through a B-WIM method, the information of traffic can …

A modified two-dimensional (2D) Moses algorithm for acquiring the field-calibrated influence
line (IL) of an existing bridge is presented, based on strain data acquired continuously at a …

With increasing service times and performance deteriorations, the cost of inspecting and
maintaining aged bridges increases dramatically, and becomes a massive challenge. There …

Acquiring the weights of moving vehicles on bridges is crucial for structural performance
assessment, as well as for bridge operating and maintenance strategies. Due to the high …

Monitoring traffic loads is crucial for effective steel bridge maintenance because fatigue
damage in steel bridges is caused by the long-term cumulative effect of traffic loads. This …

In addition to causing a static response when traversing a bridge, moving vehicles also
produce a dynamic response, which is thought to be one of the factors adversely affecting …