Although conventional metamaterials possess extraordinary properties, they cannot meet
the practical requirements of engineering structures subjected to both temperature …

A size-dependent elasticity theory, founded on variationally consistent formulations, is
developed to analyze the wave propagation in nanosized beams. The mixture unified …

This study proposed a square-grid structure (SGS) attached with inertial amplification
mechanisms (IAMs) to obtain a better vibration isolation effect with low frequency and wide …

Tapered metamaterials have drawn much attention due to the inherent advantage of
vibration reduction. However, the bandgap performance in most traditionally periodic …

Owing to the unique and fascinating property of very high resistance to compressibility in
comparison to relatively very small resistance to shear deformation, pentamode lattice has …

We propose a topological interface state in a water channel with heterojunctions, which is
constructed by connecting two different periodically corrugated structures. The forbidden …

The intricate structural characteristics and anisotropic material properties of aero-engine
blades pose challenges to accurate damage detection of guided waves. This research …

This research proposes the effect of micropolar-Cosserat (MC) parameters (length-scale
parameters and Cosserat shear modulus) on the dispersion characteristics of propagating …

The vibration and sound radiation characteristics of a double leaf panel wall with corrugated
core are analyzed. The core comprises of repeating unit cells along the length of the panel …

Traditional methods for generating band gaps in beams usually involve adding periodic
elements like tuned mass dampers or masses, or applying complex geometrical changes …