This paper aims to provide an overview of the experimental and simulation works focused
on the detection, localisation and assessment of various defects in pipes by applying fast …

Guided wave inspection of pipelines is now in routine use worldwide. The technique offers
the possibility of rapid screening of long lengths of pipework for corrosion and other defects …

Long-range guided wave testing is a well-established method for detection of corrosion
defects in pipelines. The method is currently used routinely for above ground pipelines in a …

Long-range guided wave testing (GWT) is used routinely for the monitoring and detection of
corrosion defects in above ground pipelines. The GWT test range in buried, coated pipelines …

Modern methods of detection and identification of structural damage direct the activities of
scientific groups towards the improvement of diagnostic methods using for example the …

This paper addresses the effects of attenuative coatings on the dispersion characteristics of
Lamb wave propagation in elastic plates. The topology of phase velocity and guided wave …

Guided waves propagating in lossy media are encountered in many problems across
different areas of physics such as electromagnetism, elasticity and solid-state physics. They …

This paper presents a study on quantitative prediction and understanding of time-harmonic
wave characteristics in damped plates. Material dissipation is modelled by using complex …

Successful ultrasonic guided wave detection of flaws at support locations relies on the ability
to distinguish between the reflection produced by a simple support on an undamaged pipe …

A fully coupled 2.5 D formulation is proposed to compute the dispersive parameters of
waveguides with arbitrary cross-section immersed in infinite inviscid fluids. The …