This article reported an extensive review of computational modelling and analysis on
damping and vibrational behaviors of viscoelastic structures, including experimental …

To effectively implement constrained layer damping (CLD) for vibration reduction of
connected cylindrical shell structure, it is necessary to establish a dynamic model of the …

This work deals with the damping capability of an actively constrained viscoelastic
particulate composite (VEPC) layer in attenuation of vibration of a beam element. The …

In this work, the passive damping in a sandwich beam is investigated for the inclusion of
dispersed graphite particles within the viscoelastic core. The effective material properties of …

Purpose This work presents the comparative damping performance of conventional
viscoelastic material (VEM), 0–3 viscoelastic composite (VEC), and viscoelastic particulate …

This work focuses on investigating the optimal design of composite sandwich plates
(FCSPs) with a viscoelastic square honeycomb core (VSHC). Firstly, using the cross-fill …

The effective damping characteristics of a polymer-based unidirectional fiber-reinforced
composite are explored. A continuum micromechanical formulation is used to determine the …

Constrained layer damping treatment is widely used to suppress the vibration and noise of
thin-walled structures. However, full coverage of constrained damping layer will increase …

Athree-layer composite plate element is developed for finite element modeling and vibration
analysis of sandwich plate with frequency-dependent viscoelastic material core. The plate …

In this paper authors discuss the advancements made over years in the passive constrained
layer damping (PCLD) technique used for structural vibration control. To start with, the paper …