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

In this paper, an attempt has been made to analyze and assess the various kinematics and
theories used for the modeling of sandwich composites. Major classes of representative …

In this paper, two numerical iterative algorithms are developed for the vibrations of damped
sandwich structures. These methods associate homotopy, asymptotic numerical techniques …

This work presents an asymptotic numerical method for forced harmonic vibration analyses
of viscoelastic structures. A mathematical formulation that may account for various …

An elementary theory for non-linear vibrations of viscoelastic sandwich beams is presented.
The harmonic balance method is coupled with a one mode Galerkin analysis. This results in …

The present work deals with the free vibration and damping characteristics study of
multilayer sandwich spherical shell panels with viscoelastic material core layers and elastic …

Passive vibration attenuation of modern mechanical structures is one of the most essential
technologies applied to the arsenal of modern mechanical structures. In this work, dynamics …

The constrained layer damping materials are thoroughly used to control the vibration duo to
their high capacity to dissipate vibration energy. Researchers have handled the vibration …

Static behavior and free vibration analysis of laminated glass beam on viscoelastic supports
are performed. For the static case, an analytical way is developed for analyzing and …

Damping properties of viscoelastic composite structures are related to the thicknesses of
their layers. To design these structures, there is a need to know their damping properties …