Electromechanical impedance–based structural health monitoring method had attracted
several researchers in the recent past for aerospace, civil, mechanical, timber and biological …

Aircraft structures are exposed to a variety of operational and environmental loads that can
cause structural deformation and fractures. Structural Health Monitoring (SHM) has emerged …

As the maliciousness and frequency of cyber-attacks continues to grow, the safety and
security of cyber-physical critical infrastructures, such as manufacturing, is quickly becoming …

The electro-mechanical impedance technique (EMI) is one of the best methods for
continuous structural health monitoring (SHM) by embedding a smart piezoelectric ceramic …

In this paper, the authors explore the use of impedance-based monitoring techniques for in-
situ detection of additive manufacturing build defects. By physically coupling a piezoceramic …

Purpose This work proposes the utilization of electromechanical impedance measurements
as a means of non-destructive evaluation (NDE) for additive manufacturing (AM). The …

An overview of recent advances in electromechanical impedance‐(EMI‐) based structural
health monitoring is presented in this paper. The basic principle of the EMI method is to use …

Structures in service are often subjected to fatigue loads. Cracks would develop and lead to
failure if left unnoticed after a large number of cyclic loadings. Monitoring the process of …

The last decade has seen the use of various wired–wireless and contact–contactless
sensors in several structural health monitoring (SHM) techniques. Most SHM sensors that …

Grinding is considered one of the last processes in precision parts manufacturing, which
makes it indispensable to have a reliable monitoring system to evaluate workpiece surface …