In this paper, a new class of multi-ligament derived structures is proposed. Based on the
finite element method and Bloch's theorem, the bandgap characteristics and transmission …

Metamaterials with low-frequency band gap have always been the focus of research. For
this reason, many researchers have proposed many structural design schemes. In this …

In this paper, novel two-dimensional single-phase three-ligament, four-ligament and six-
ligament chiral structure models are proposed. The advantage is that it is easy to …

To achieve multi-frequency vibration suppression and wave propagation modulation, eight
branching ligament structures for wind models are proposed. Using lattice theory, dynamical …

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 …

In order to achieve low-frequency vibration and noise reduction, artificial metamaterial with
great potential in this field have been widely found. Based on previous studies, a new …

This research aims at introducing a new idea in the design of frames to eliminate or
suppress the transmission of waves through the structure in a certain designated range of …

In this paper, two single-phase acoustic metamaterials that can produce localized
resonance effects are proposed. Dispersion curves and vibrational modes of each structure …

In this paper, a hybrid acoustic metamaterial consisting of chiral and anti-chiral ligaments is
proposed. The bandgap properties of the hybrid chiral and anti-chiral structure with and …

In this study, a novel auxiliary semicircle rings lattice is proposed, and the proposed
structure consists of connecting ligaments and auxiliary semicircle rings on ligaments. The …