By replacing the rectangle cells with arbitrary triangle ones, an improved lumped-mass
method is introduced to study the propagation of flexural elastic waves in the infinite quasi …

Periodic arrays of piezoelectric patches shunted by amplifier–resonator circuits are attached
to a beam in order to gain large low-frequency attenuations in the propagation of flexural …

Resonant elastic metamaterials are artificial material systems that exhibit unique dynamical
properties shaped by the intrinsic interaction between resonances and traveling dispersive …

提出了一维准周期结构的声子晶体模型. 对弹性波通过该一维准周期结构声子晶体的透射系数
进行了数值计算, 并与周期结构的透射系数进行了比较. 计算结果表明, 弹性波通过一维准周期 …

In order to realize the vibration reduction and sound insulation within the recognizable
frequency of human ear within 20000 Hz, this paper proposes a new type of multi-functional …

The propagation of surface acoustic waves in two-dimensional phononic crystals of pillars
on a surface is investigated experimentally for hexagonal and honeycomb lattice …

We numerically investigate the propagation characteristics of Lamb waves in composite
plate-type acoustic metamaterial constituted of one-side cylindrical stubs deposited on a two …

This paper presents two novel cruciate ligament structures with outstanding contributions in
lightweight design of metamaterials, band gap tuning, and ultra-wide and ultra-low …

This paper proposes a metamaterial that utilizes resonators to enhance the sound
absorption capacity of the curved microperforated panel (CMPP), and reliable theoretical …

Based on a better understanding of the lattice vibration modes, two simple spring–mass
models are constructed in order to evaluate the frequencies on both the lower and upper …