This article presents the investigation of nonlinear scattering features of guided waves from
rivet hole nucleated fatigue cracks considering the rough contact surface condition. A small …

This article presents an efficient numerical approach to the investigation of nonlinear
scattering and mode conversion phenomena of Lamb waves as they interact with breathing …

This paper addresses an analytical and experimental analysis based on the physics of the
Lamb wave propagation and interaction with the discontinuity. An analytical method called …

Predicting scattering of elastic guided waves in multi-layered solid plates with geometrical
and/or material discontinuities is of great interest to many fields, including ultrasonic-based …

The resonance behaviors of defects, specifically local defect resonance (LDR), are useful for
defect detection in structures. However, there is a lack of intuitive elucidation regarding the …

This study presents a three-dimensional global–local formulation for the prediction of guided
wave scattering from discontinuities (eg defects). The approach chosen utilizes the Semi …

Guided waves are generally considered as a powerful approach for crack detection in
structures, which are commonly investigated using the finite element method (FEM) …

Guided waves, especially Lamb waves or shear-horizontal waves, are widely used types of
waves for ultrasonic inspection of large structures. Well known property of guided waves is …

A common theoretical framework can be employed for modelling both active and passive
approaches to structural health monitoring based on guided waves. The same fundamental …

This paper addresses a forward problem using an analytical global–local (AGL) method
based on the physics of the Lamb wave propagation in the presence of a crack in the …