Within the field of elastic metamaterials, topological metamaterials have recently received
much attention due to their ability to host topologically robust edge states. Introducing local …

Structural lattices with quasi-periodic patterns possess interesting dynamic features that can
be exploited to control, localize and redirect propagating waves. In this work, we show that …

Recent work in nonlinear topological metamaterials has revealed many useful properties
such as amplitude dependent localized vibration modes and nonreciprocal wave …

Metamaterials have been shown to benefit from the addition of local resonators, nonlinear
elements, or topological properties, gaining features such as additional bandgaps and …

In recent years, the study of metamaterials has been a subject of much interest, with acoustic
metamaterials being applied to a wide range of applications. This utility is in part due to the …

Elements such as local resonators, nonlinear elements, or topological properties have each
been demonstrated to add beneficial features to metamaterials. However, few works …