In this paper, a problem on Rayleigh surface wave in an isotropic micropolar elastic solid half-space with impedance boundary conditions is investigated. It is assumed that the normal force traction, shear force traction and shear couple traction vary linearly with the normal displacement component, tangential displacement component and microrotation component multiplied by the frequency, where...

This paper deals with the Rayleigh wave, propagating on a nonlocally elastic, linearly isotropic half-space, excited by prescribed surface loading. The consideration develops methodology of hyperbolic–elliptic models for and Rayleigh-type waves, relies effective boundary conditions formulated recently, accounting crucial contributions nonlocal layer. A slow-time perturbation scheme is establish...