Recently, locally resonant metamaterials have come to the fore in noise and vibration control
engineering, showing great potential due to their superior noise and vibration attenuation …

This paper presents the results of numerical studies carried out on vibro-acoustic and sound
transmission loss behaviour of aluminium honeycomb core sandwich panel with fibre …

This paper presents a damping loss factor estimation method of two-dimensional orthotropic
structures. The method is based on a scanning laser vibrometer measurement. The …

This paper deals with the identification of stiffness and damping properties of vibrating
structures by an inverse method inspired from the Force Analysis Technique (FAT). The …

The paper aims to combine two objectives of the Force Analysis Technique (FAT): vibration
source identification and material characterization from the same set of measurement …

The dynamic characterization of complex structures raises the need for a robust experiment-
based wavenumber identification method, especially when they are tested under complex …

The subject of this paper is the plate composed of two relatively stiff outer layers (skins) and
a more compliant inner layer (soft interlayer, called core), ie, three-layered (sandwich) plate …

A dynamic stiffness approach for the prediction of the vibratory response of thick laminates
and sandwich panels is hereby proposed. Initially, the wave dispersion characteristics of a …

We present for the first time an approach for identifying the geometric and material
characteristics of layered composite structures through an inverse wave and finite element …

Abstract The Inhomogeneous Wave Correlation technique has been used to estimate
experimentally the wavenumber of simple and complex structures. However this method is …