A reliable and accurate monitoring of traffic load is of significance for the operational
management and safety assessment of bridges. Traditional weight-in-motion techniques are …

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 …

The integration of weigh-in-motion (WIM) sensors within highways or bridge structural health
monitoring systems is becoming increasingly popular to ensure structural integrity and users …

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 …

Collecting the information of traffic load, especially heavy trucks, is crucial for bridge
statistical analysis, safety evaluation, and maintenance strategies. This paper presents a …

In order to control the adverse effect of vehicles overloading infrastructure and traffic safety,
weight-in-motion (WIM)-related research has drawn growing attention. To address the high …

This paper presents a method of developing digital twins (DTs) of road bridges directly from
field measurements taken under random traffic loading. In a physics-based approach, the …

Traffic information plays an important role in the design and management of civil
transportation infrastructure. Bridge weigh‐in‐motion (BWIM) provides an effective tool for …

Bridge weigh in motion (B-WIM) comprises the use of sensors on existing bridges in order to
assess the loads of passing vehicles. Although numerous methods for weight estimation on …

A Bridge weigh-in-motion (B-WIM) system is able to estimate vehicle weights based on data
gathered by sensors underneath the bridge structure. It is a valuable tool for many …