Sensors installed on moving vehicles have been extensively used for condition monitoring
and structural assessment of bridges in the recent years. These methods which are known …

Bridges hold an imperative role in the transportation network and infrastructure. Continuous
monitoring of their condition is crucial for the efficient operation of transportation facilities …

This paper presents a footbridge damage detection and classification framework using
smartphone-recorded responses of micromobility and deep learning techniques. Time …

Traditional modal analysis approaches for structural heath monitoring (SHM) have a low
implementation efficiency. This study develops an artificial intelligence (AI)-based automatic …

The dynamics of roadway bridges crossed by vehicles moving at variable speed has
attracted far less attention than that generated by vehicles travelling at constant velocity …

This paper studies the problem of bridge health monitoring in an unsupervised manner
utilizing only the measured responses from a vehicle passing over a bridge. A half-car …

This paper proposes a new deep‐learning framework for drive‐by bridge condition
monitoring. The proposed approach represents a bridge monitoring regime that enables the …

Due to tool wear under long-time and long-distance cutting, it is inevitable to change the tool
to achieve relay machining. However, the existing tool setting methods based on visual …

This paper proposed an effective procedure using virtual contact-point responses to extract
mode shapes of a simply-supported bridge. The theoretical closed-form solution of virtual …

The vehicle scanning method (VSM), originally known as the indirect method, is an efficient
method for bridge health monitoring that utilizes mainly the responses collected by the …