The deployment cost of the structural health monitoring (SHM) system is the major argument
against the more widespread use of the structural health monitoring techniques …

Structural health monitoring plays an increasingly significant role in detecting damages for
large and complex structures to ensure their serviceability and sustainability. Optimal sensor …

Structural damage identification plays a crucial role in structural health monitoring. In this
study, a novelty method for structural damage identification is developed, which employs an …

Optimal sensor placement (OSP) is essential for effective structural health monitoring (SHM).
More recently, deep learning algorithms have shown great potential in sensor‐based SHM …

Optimal sensor placement for timber architecture heritage poses a significant challenge due
to the unique structural types and complex monitoring purposes. In this study, a three-stage …

An important issue in impedance‐based damage monitoring is to deploy sensors in proper
positions in which damage‐sensitive impedance responses can be captured effectively. In …

Optimal sensor placement technique plays a key role in the design of an effective structural
health monitoring system. Recent advances in sensing technologies have also promoted …

Finding optimal sensor placement for data acquisition is an essential initial stage in the
development of many engineered systems. For this purpose, the effective independence …

A smart civil structure integrates smart materials, sensors, actuators, signal processors,
communication networks, power sources, diagonal strategies, control strategies, repair …

Throughout history, the implementation of structural health monitoring systems has played a
crucial role in evaluating the responses of dams to environmental and human-induced …