Mathematical constitutive models are crucially important for the real viscoelastic solid
materials in academic investigation and engineering application. The viscoelastic solid …

Acoustic black hole (ABH) effect in thin-walled structures provides drastic wave focalization.
In a practical ABH structure with a tapering thickness profile, the concentrated wave energy …

In the present work, the wave propagation behavior of sandwich plates with graphite
particles filled viscoelastic material core under the hygrothermal environments is …

This study proposes a novel phononic crystal (NPC) configuration composed of power-
exponent prismatic phononic crystal (EPC) and cantilever beams to address the vibration …

A semi-analytical method is developed to calculate the wave propagation properties of thin
orthotropic composite plate structures periodically attached to acoustic black hole (ABH) …

Abstract Acoustic Black Holes (ABHs) have attracted much attention in recent years due to
their characteristics of focusing vibration energy. Combining the focusing property of an ABH …

A novelty FG honeycomb-reinforced laminate (FGHRL) with viscoelastic material is
constructed for an industrial exoskeleton. The study examines how FGHRL dissipates …

Acoustic black holes (ABHs) have recently been revealed as an effective vibration-control
technology. However, owing to their disadvantages such as low stiffness, structural …

Viscoelastic dam** materials (VDMs) are valued for their high dam** characteristics in
vibration and noise control. However, they typically underperform at lower frequencies and …

An analytical study on the propagation characteristics of shear wave in a spherical layered
structure comprising of an isotropic sandy material medium covered by a concentric …