The traditional nonlinear ultrasonic technique, as typified by the second-harmonic
generation and the frequency mixing response, can be employed to identify and …

Fatigue damage is difficult to detect and evaluate non-destructively, specifically at its early
stages (before the macro-crack formation). In this study, fatigue damage is evaluated based …

This paper reports an investigation on the use of Rayleigh wave mixing method for the
debonding detection in concrete structures strengthened with externally bonded fibre …

Guided waves-based structural health monitoring (SHM) methods have potential for
practical applications, since they are sensitive to small damages and are able to realize …

Non-destructive detection and evaluation of fatigue cracks is critical to maintain safety and
effective operation of high-value assets working under cyclic loading. However, this can be …

A numerical study including a fatigue crack trajectory simulation was undertaken by means
of separating morphing and adaptive remeshing technology (SMART) Crack Growth in …

Swift development of technology for monitoring complex structures demands major attention
on the precision of damage detection methods. The early detection of any type of …

Wideband laser-generated Rayleigh waves have been extensively exploited for surface
crack characterization, most of which, nonetheless, are of a nature of either numerical …

Ultrasonic guided waves provide an efficient tool for nondestructive evaluation and
characterization of multilayered structures, eg, of adhesively bonded joint in aerospace …

Extensive research has been conducted on zero-group-velocity (ZGV) Lamb waves in
elastic plates, demonstrating significant progress in the field of nondestructive testing …