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

Scattering of surface waves by a cylindrical cavity at the surface of a homogenous, isotropic,
linearly elastic half-space is analyzed in this paper. In the usual manner, the scattered field …

Expressions for the displacements and the stresses for surface wave motion generated by a
time-harmonic line load applied to the surface of an isotropic linearly elastic half-space are …

The current theoretical study deals with computation of Stoneley waves along a solid–solid
interface and Scholte waves (also called Scholte-Gogoladze) along a solid–liquid interface …

This article is concerned with the application of reciprocity in computing guided wave
motions generated by a time-harmonic load in a layer of uniform thickness joined to a half …

Surface wave motions generated by a time-harmonic point load applied at the surface of an
isotropic linearly elastic half-space are conventionally solved by the use of integral transform …

Guided wave motions generated by a time-harmonic load in layered structures are
theoretically computed, in a simple manner, by the use of reciprocity theorems. The …

The scattering of surface waves by a three-dimensional shallow cavity of arbitrary shape at
the surface of a homogenous, isotropic, linearly elastic half-space is theoretically …

Ultrasonic guided waves propagating in a non-viscous fluid layer of uniform thickness
bonded to an elastic solid half-space is theoretically investigated in this article. Based on the …

Quantitative ultrasound (QUS) has shown a great potential in the assessment of bone
characteristics in the recent research. However, wave propagation in bones is very …