Optimal sensor placement (OSP) technique plays a key role in the structural health
monitoring (SHM) of large-scale civil infrastructures. This paper outlines an overview of …

This paper examines the influence of parametric uncertainties on the optimal sensor
placement methodologies for the modal analysis of a truss bridge. Four classical sensor …

This paper proposes an iterative optimal sensor placement (OSP) framework for structural
identification and model updating of structural systems using a small number of mobile …

With the development of mobile communications and the Internet of Things (IoT), IoT devices
have increased, allowing their application in numerous areas of Industry 4.0. Applications on …

Predictive maintenance is considered as one of the most important strategies for managing
the utility systems of commercial buildings. This research focused on chilled water system …

Oil pipeline network system health monitoring is important primarily due to the high cost of
failure consequences. Optimal sensor selection helps provide more effective system health …

With recent technological advances, the deployment of monitoring devices in structures is
becoming more abundant. In an ideal scenario, one would deploy sensors on every corner …

Large cable-stayed bridges utilize hundreds of stay cables. Thus, placing a sensor on every
stay cable of bridges for stay cable damage identification (SCDI) is costly and, in most cases …

A robust methodology is proposed in this study for determining the optimal locations of
sensors in a structure to extract the most informative measurement data for the purpose of …

Transmission line towers are usually analyzed using linear elastic idealized truss models.
Due to the assumptions used in the analysis, there are discrepancies between the actual …