We consider a vibrating triangular mass-truss lattice whose unit cell contains a resonator of
triangular shape. The resonators are connected to the ambient lattice by trusses. Each …

Wave propagation can be manipulated at a deep subwavelength scale through the locally
resonant metamaterial that possesses unusual effective material properties. Hyperlens due …

For the first time, a design of a “deflecting elastic prism” is proposed and implemented for
waves in a chiral medium. A novel model of an elastic lattice connected to a non-uniform …

We develop a continuum model, valid at high frequencies, for wave propagation through
elastic media that contain periodic, or nearly periodic, arrangements of traction free, or …

In this paper, we show that the transient waveforms arising from several localised pulses in a
micro-structured material can be reproduced by a corresponding generalised continuum of …

This work presents a multiple time scales perturbation analysis for analyzing weakly
nonlinear wave interactions in multi-degree of freedom periodic structures. The perturbation …

Metamaterial and photonic crystal structures are central to modern optics and are typically
created from multiple elementary repeating cells. We demonstrate how one replaces such …

The paper presents a systematic study of dispersive waves in an elastic chiral lattice.
Chirality is introduced through gyroscopes embedded into the junctions of a doubly periodic …

In solid-state physics, including photonics and wherever periodic lattice structures occur, it is
essential to establish the fundamental features associated with wave propagation through …

In this paper, we study Lamb waves propagating in a discrete strip, whose microstructure is
represented by either a monatomic or a diatomic triangular lattice. In considering the in …