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 …

Tire air pressure is very important in driving, providing comfort, safety, and efficiency in fuel
consumption. This study aims to create a model that can determine the measurement of tire …

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 …

Vehicle overloading is a very common phenomenon. The overloaded vehicles not only
cause severe damage to the road/bridge and shorten its service life, but also likely lead to …

To evaluate the dynamic behaviour of suspension-type monorail (STM) system, a coupled
dynamic model of the STM vehicle-bridge system has been developed based on multibody …

Accurate identification of moving load is one of the main tasks in the field of bridge health
monitoring. Due to the uncertainty in practical bridge, moving load identified via deterministic …

The identification of bridge frequency (BF) using the responses of moving vehicles has
received growing interest in recent years. In this study, a two-stage framework was …

Bridge modal parameters, including modal mass, are important factors that directly affect the
bridge responses under various excitations. To identify these parameters, the simultaneous …

For a vehicle moving over a bridge, the vehicle-bridge interaction (VBI) embraces the time-
varying modal parameters of the system. The identification of non-stationary characteristics …

Civil engineering structures usually exhibit time-varying characteristics under operational
conditions due to changes in environment and loads. The identification of instantaneous …