The introduction of engineered resonance phenomena on surfaces has opened a new
frontier in surface science and technology. Pillared phononic crystals, metamaterials, and …

Inertial amplification has been utilized in phononic media as a mechanism for the generation
of large band gaps at low subwavelength frequencies. A unique feature in an inertial …

Perforated elastic metamaterials (EMMs) comprising periodic distribution of holes have
recently attracted growing attention due to relatively simple fabrication process and unusual …

Metamaterial systems have opened new, unexpected, and exciting paths for the design of
acoustic devices that only few years ago were considered completely out of reach. However …

Dispersion engineering is always the important topic in the field of artificial periodic
structures. In particular, topology optimization of composite structures with expected …

声子晶体是一种人工周期性复合材料, 其带隙特性使其在减振, 隔声, 滤波和声学功能器件等领域
具有潜在的应用价值. 如何准确操纵声波和机械波是声子晶体设计的主要挑战 …

Extraordinary phenomenon (eg, band gap) exhibited by a phononic crystal (PnC) has
recently been incorporated into piezoelectric energy harvesting (PEH) as a means to amplify …

The emergence of additive manufacturing and the advances in structural optimization have
boosted the development of tailored cellular materials. These modern materials with …

Mechanical topological insulators have enabled a myriad of unprecedented characteristics
that are otherwise not conceivable in traditional periodic structures. While rich in dynamics …

In this paper, we compute the band structure of one-and two-dimensional phononic
composites using the extended finite element method (X-FEM) on structured higher-order …