The paper discusses the possibility of predicting the dynamic behaviour, in terms of modal frequencies and loss factors, of sandwichbeams with a constrained viscoelastic layer configuration. The problem is approached by the Rayleigh–Ritz method so that virtually any boundary condition can be dealt with by applying a single procedure. Simple polynomials are used as admissible functions and evidence of their good performance is given. The method is also suitable for the analysis of those arrangements where not only the viscoelastic material but also the external layers of the sandwich are damped
Viscoelastic layered systems provide a simple and flexible solution for damping vibration of sheet m...
In this research work vibration analysis of a viscoelastic sandwich beam has been studied. A finite ...
A Rayleigh-Ritz analysis is presented for the free vibration of skew sandwich plates composed of an ...
Two formulations based on simplified methods and one based on an exact method are developed for damp...
The purpose of this study was to analyse the response of composite sandwich plates and the sound rad...
Abstract Viscoelastic materials can dissipate a large amount of energy when subjected to cyclic shea...
Abstract Viscoelastic materials can dissipate a large amount of energy when subjected to cyclic shea...
This work focuses on the free and forced vibrations of sandwich beams and plates hosting an arbitrar...
Abstract Viscoelastic materials can dissipate a large amount of energy when subjected to cyclic shea...
In this paper, a modal approach is developed to estimate damping properties (i.e. loss factor and f...
In this paper, a modal approach is developed to estimate damping properties (i.e. loss factor and f...
Viscoelastic material can significantly reduce the vibration energy and radiated noise of a structur...
The purpose of this study is to analyze the vibration and sound generation characteristics of the sa...
The purpose of this study is to analyze the vibration and sound generation characteristics of the sa...
ABSTRACT: Viscoelastic layered systems provide a simple and flexible solution for damping vibration ...
Viscoelastic layered systems provide a simple and flexible solution for damping vibration of sheet m...
In this research work vibration analysis of a viscoelastic sandwich beam has been studied. A finite ...
A Rayleigh-Ritz analysis is presented for the free vibration of skew sandwich plates composed of an ...
Two formulations based on simplified methods and one based on an exact method are developed for damp...
The purpose of this study was to analyse the response of composite sandwich plates and the sound rad...
Abstract Viscoelastic materials can dissipate a large amount of energy when subjected to cyclic shea...
Abstract Viscoelastic materials can dissipate a large amount of energy when subjected to cyclic shea...
This work focuses on the free and forced vibrations of sandwich beams and plates hosting an arbitrar...
Abstract Viscoelastic materials can dissipate a large amount of energy when subjected to cyclic shea...
In this paper, a modal approach is developed to estimate damping properties (i.e. loss factor and f...
In this paper, a modal approach is developed to estimate damping properties (i.e. loss factor and f...
Viscoelastic material can significantly reduce the vibration energy and radiated noise of a structur...
The purpose of this study is to analyze the vibration and sound generation characteristics of the sa...
The purpose of this study is to analyze the vibration and sound generation characteristics of the sa...
ABSTRACT: Viscoelastic layered systems provide a simple and flexible solution for damping vibration ...
Viscoelastic layered systems provide a simple and flexible solution for damping vibration of sheet m...
In this research work vibration analysis of a viscoelastic sandwich beam has been studied. A finite ...
A Rayleigh-Ritz analysis is presented for the free vibration of skew sandwich plates composed of an ...