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 …

Nonlinear vibration absorbers have been widely used for vibration suppression of elastic
structures, but they were usually placed within the structures. However, designing such a …

Advances in smart infrastructure produces a natural demand of system identification
techniques for structural health and performance monitoring that can be scaled to regions …

Highway bridges are essential infrastructure engineering. To monitor their conditions
effectively, bridge structural health monitoring (SHM) techniques have been developed to …

In structural vibration response sensing, mobile sensors offer outstanding benefits as they
are not dedicated to a certain structure; they also possess the ability to acquire dense spatial …

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 …

Bridges are designed and built to be safe against failure and perform satisfactorily over their
service life. Bridge structural health monitoring (BSHM) systems are therefore essential to …

The importance of state estimation in fluid mechanics is well-established; it is required for
accomplishing several tasks, including design/optimization, active control, and future state …

Strain, being superiorly sensitive towards damage, has been widely explored in modal
testing based damage monitoring. Piezo sensors have been successfully evaluated for their …

This paper presents an improved theoretical damped single-axle vehicle-bridge dynamic
interaction model to consider the effect of the contact patch size and motor-induced vehicle …