This article proposes an in situ structural health monitoring method able to locate the impact
source and to determine the flexural Lamb mode A 0 velocity in composite structures with …

The paper deals with a numerical approach that reduces some physical sizes of the solution
domain to compute the dynamic response of an isolated system: it has been named …

A robust procedure for the prediction of the dynamic response of layered panels within a
SEA wave-context approach is proposed hereby. The dispersion characteristics of two …

This paper presents a theoretical model that allows to calculate the acoustic transmission
loss through laminated composite pyramidal sandwich structure consisting of two parallel …

Abstract The High Resolution Wavevector Analysis (HRWA) is presented and its application
illustrated. Extending the High Resolution Wavenumber Analysis method [1] to 2D signals, it …

Statistical energy analysis (SEA) parameters such as average modal spacing, coupling loss
factor and input power are numerically determined for point connected, directly coupled …

This paper investigates the damage identification of the concrete pile element through axial
wave propagation technique using computational and experimental studies. Now-a-days …

In this work high Mach number aerodynamic and structural measurements acquired in the
CIRA (Italian Aerospace Research Center) transonic wind tunnel and the models used to …

This paper presents a frequency domain spectral finite element model (SFEM) for studying
wave propagation in laminated composite shell panels. The SFEM formulation is derived …

Constrained layer damping treatments promise to be an effective method to control vibration
in flexible structures. Cutting both the constraining layer and the viscoelastic layer, which …