The vehicle scanning method (VSM), an indirect approach for bridge measurement, has
attracted intensive attention since it was proposed by Yang and co-workers in 2004. This …

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 …

This paper proposes the use of a new data-driven approach for drive-by monitoring of bridge
condition. The proposed algorithm uses an Artificial Neural Network (ANN) which is trained …

A general formula for the contact response of a single-axle, two-mass test vehicle
considering the suspension effect is derived herein for scanning the bridge frequencies …

Vehicle frequency and pavement roughness are two factors that used to adversely affect the
vehicle scanning method for bridges. To tackle these at once, this study proposes the use of …

Ongoing inspection and maintenance of bridges poses a challenging task for infrastructure
owners who must manage large bridge stocks with limited budgets. Drive-by monitoring …

In an effort to find more cost‐effective and proactive ways to keep bridges in good condition,
the use of instrumented vehicles has gained great interest in the last decade. Two bridge …

In this study, the improved vehicle scanning method (VSM) is adopted for structural health
monitoring to identify healthy and damaged states of bridges. The improved VSM uses a …

Vehicles equipped with various types of sensors have the great potentials to effectively
evaluate the health conditions of a population of bridges at a low cost. However, existing …

An effective procedure is proposed for scanning and separating the vertical (flexural) and
torsional–flexural frequencies of thin-walled girder bridges by a moving single-axle test …