Within the framework of highly anisotropic surface elasticity model we discuss the propagation of new type of surface waves that are anti-plane surface waves. By the highly anisotropic surface elasticity model we mean the model with a surface strain energy density which depends on incomplete set of second derivatives of displacements. From the physical point of view this model corresponds to a coating made of a family of parallel long fibers which posses bending and extensional stiffness in one direction only. As for other models with surface energy there exist anti-plane surface waves. In the paper the dispersion relation is derived and dependence on the material parameters is analyzed
Rayleigh waves are elastic surface waves which propagate along the traction-free surface with the ph...
The Stroh formalism is applied to the analysis of infinitesimal surface wave propagation in a static...
This is an analysis of the dispersive properties of transversely isotropic media. This kind of aniso...
Within the framework of highly anisotropic surface elasticity model we discuss the propagation of ne...
Within the new model of surface elasticity, the propagation of anti-plane surface waves is discussed...
We discuss new type of surface waves which exist in elastic media with surface energy. Here we prese...
In order to discuss the peculiarities of few models of surface elasticity we consider here the dispe...
We discuss the nonlocal model of surface elasticity that is the model with surface energy density wh...
Here we discuss the similarities and differences in anti-plane surface wave propagation in an elasti...
International audienceIn this paper we discuss new type of surface anti-plane waves localized near t...
In this work, the propagation behaviour of a surface wave in a micropolar elastic half-space with su...
Abstract. The aim of this paper is to investigate surface waves in anisotropic fibre-reinforced soli...
We present a comparison of the dispersion relations derived for anti-plane surface waves using the t...
We consider anti-plane motions of an elastic plate taking into account surface energy within the lin...
International audienceIn this paper, in a development of the static theory derived by Steigmann and ...
Rayleigh waves are elastic surface waves which propagate along the traction-free surface with the ph...
The Stroh formalism is applied to the analysis of infinitesimal surface wave propagation in a static...
This is an analysis of the dispersive properties of transversely isotropic media. This kind of aniso...
Within the framework of highly anisotropic surface elasticity model we discuss the propagation of ne...
Within the new model of surface elasticity, the propagation of anti-plane surface waves is discussed...
We discuss new type of surface waves which exist in elastic media with surface energy. Here we prese...
In order to discuss the peculiarities of few models of surface elasticity we consider here the dispe...
We discuss the nonlocal model of surface elasticity that is the model with surface energy density wh...
Here we discuss the similarities and differences in anti-plane surface wave propagation in an elasti...
International audienceIn this paper we discuss new type of surface anti-plane waves localized near t...
In this work, the propagation behaviour of a surface wave in a micropolar elastic half-space with su...
Abstract. The aim of this paper is to investigate surface waves in anisotropic fibre-reinforced soli...
We present a comparison of the dispersion relations derived for anti-plane surface waves using the t...
We consider anti-plane motions of an elastic plate taking into account surface energy within the lin...
International audienceIn this paper, in a development of the static theory derived by Steigmann and ...
Rayleigh waves are elastic surface waves which propagate along the traction-free surface with the ph...
The Stroh formalism is applied to the analysis of infinitesimal surface wave propagation in a static...
This is an analysis of the dispersive properties of transversely isotropic media. This kind of aniso...