Seismic surface wave mitigation using metamaterials is a growing research field propelled
by intrinsic theoretical value and possible application prospects. Up to date, the complexity …

The collective excitation of city structures by a seismic wavefield and the subsequent
multiple Structure-Soil-Structure Interactions (SSSIs) between the buildings are usually …

Interlocking metasurfaces (ILMs) are a newly developed joining technology that relies on
arrays of interlocking features that transmit force and constrain motion between adjoining …

Metasurface, which does not exist in nature, has exhibited exotic essence on the
manipulation of both electromagnetic and acoustic waves. In this paper, the concept of …

Interlocking metasurfaces (ILMs) are architected arrays of mating features that enable
joining of two bodies. Complementary to traditional joining technologies such as bolts …

We inspect the propagation of shear polarized surface waves akin to Love waves through a
forest of trees of the same height atop a guiding layer on a soil substrate. An asymptotic …

Interlocking metasurfaces (ILMs) are a new class of structural metamaterials consisting of
autogenous latching features. ILMs offer non-permanent joints that are an alternative to …

In this work, we propose an inertial amplified resonator (IAR) as a building block of a tunable
locally resonant metasurface. The IAR consists in a mass–spring resonator coupled with two …

Efficient manipulation of sound waves by some resonant acoustic metasurface designs has
recently been reported in the literature. This paper presents a general theoretical framework …

In this article, we present a design methodology for resonant structures exhibiting particular
dynamic responses by combining an eigenfrequency matching approach and a harmonic …