Abstract Structural Health Monitoring (SHM) systems provide a useful tool to diagnose any
engineered structural system and eventual critical damage that may occur at any moment …

The paper broadly addresses how Industry 4.0 program drivers will impact maintenance in
aviation. Specifically, Industry 4.0 practices most suitable to aeronautical maintenance are …

Carbon fibre composite laminates are increasingly being used for aerospace structures due
to their low weight and improved mechanical performance. Impact damage can cause …

This paper offers a comprehensive critical appraisal and experimental comparison of
leading linear baseline-free techniques applied in guided wave-based structural health …

Impact induced damages in stiffened composite structures are usually settled with
constrained design criteria and recurring maintenance tasks, that affect weight savings …

In guided wave structural health monitoring, damage detection is often accomplished by
comparing measurements before damage (ie, baseline data) and after damage (ie, test …

Ultrasonic wavefield imaging with a non-contact technology can provide detailed information
about the health status of an inspected structure. However, high spatial resolution, often …

In this paper results of the damage assessment of fiber-reinforced composite panels using
guided wave propagation phenomenon are presented. For this purpose, non-contact elastic …

This article demonstrates a rapid, fully non-contact inspection technique for a full-scale
complex composite structural component using air-coupled ultrasonic guided waves. The …

Aerospace vehicles are demanded to withstand harsh conditions with a low weight impact.
Composites have been increasingly adopted to meet such performances but they are …