Abstract Today, the Structural Health Monitorin (SHM) methodology is the main way to deal
with the detection and identification of damages in a range of engineering sectors, mainly in …

This study presents a comprehensive review of the advancements in sensing technologies
within electro-mechanical systems, with a particular focus on the emergence and impact of …

This study presents a novel framework for compensating temperature effects on guided
waves in composite structures with different thicknesses, based on both theoretical and …

From the past few decades, the aerospace industry is using composite materials having low
weight to strength ratio, and the aerospace vehicles are subjected to adverse and harsh …

Variations in environmental conditions can significantly impair the accuracy and reliability of
guided wave structural health monitoring systems. Acquisition of baseline signals over a …

This paper reports on the development of a software platform for acquiring ultrasonic guided
waves for the application of structural health monitoring (SHM) of composite fuselage …

In this paper, an energy-efficient cyber-physical system using piezoelectric transducers
(PZTs) and wireless sensor networks (WSN) is proposed, designed and experimentally …

Typical prognosis methods in Structural Health Monitoring (SHM) link the degradation
mechanisms to the extracted health indicators. Such approaches however do not provide …

The impedance-based structural health monitoring technique uses measured signatures
changes to identify incipient damages in structures. The purpose is to perform a correlation …

L-shaped concrete filled steel tube (L-CFST) columns are used frequently in civil
engineering, and the concrete damage inside the L-CFST column is difficult to monitor. This …