We amalgamate two fundamental designs from distinct areas of wave control in physics, and
place them in the setting of elasticity. Graded elastic metasurfaces, so-called metawedges …

In this study, a simple method was proposed to calculate the equivalent loadings in ground
induced by Rayleigh waves at the critical second. Subsequently, a closed-form solution was …

We consider the anti-plane shear waves in a domain consisting of an infinite layer with a thin
coating lying on an elastic half-space. The elastic properties of the coating, layer, and half …

Rayleigh waves are analysed in elastic lattices incorporating inertial devices that couple in-
plane displacements. The vector problems of elasticity for a triangular lattice and its long …

The aim of the study is to evaluate the 3D dynamic response of a finite geological region
containing two structures and rested on a semi-infinite elastic layered half-space with a …

Elastodynamics of a half-space coated by a thin soft layer with a clamped upper face is
considered. The focus is on the analysis of localized waves that do not exist on a clamped …

Elastic Waves: High Frequency Theory is concerned with mathematical aspects of the theory
of high-frequency elastic waves, which is based on the ray method. The foundations of …

We introduce the surface viscoelasticity under finite deformations. The theory is
straightforward generalization of the Gurtin–Murdoch model to materials with fading …

We discuss the propagation of localized surface waves in the framework of the linear Gurtin–
Murdoch surface elasticity and taking into account a roughness of a free boundary. We …

The paper presents experimental and theoretical studies of wave phenomena
accompanying transient edge waves (EW) excitation by a piezoelectric transducer attached …