This article shows how four-dimensional (4D) printing technology can engineer adaptive
metastructures that exploit resonating self-bending elements to filter vibrational and acoustic …

There is inevitably a conflict between multiple objectives when designing elastic metaplates
(EMPs) with desirable functionalities from the perspective of practical applications. The non …

Elastic wave propagation characteristics of elastic metamaterial plates embedded scatterer
with various lattices are explored numerically and experimentally in this study, for the …

Artificial structures known as phononic crystals and acoustic metamaterials can be designed
by spatially arranging one or more materials to obtain desired wave manipulation …

Low-and mid-frequency range vibrations usually present issues in their insulation. The
development of periodic metamaterials (artificially engineered structures) has been …

In this work, a novel Fourier series expansion is proposed for representing periodic three-
dimensional metamaterials consisting of spherical inclusions in a cubic lattice, which allows …

Topology optimization is used to design phononic bandgap materials that are tunable by
mechanical deformation. A periodic media is considered, which due to the assumption of …

In this study, we introduce a novel perforated Miura-ori phononic structure (PMPS) and
investigate the tunability of complete bandgaps or partial bandgaps in specific directions …

Phononic crystals and metamaterials can sculpt elastic waves, controlling their dispersion
using different mechanisms. These mechanisms are mostly Bragg scattering, local …

In this paper, the phonon dispersion curves of several surface-based lattices are examined,
and their energy transmission spectra, along with the corresponding bandgaps are …