The increasing motivation behind the recently wide industrial applications of sandwich and
composite double panel structures stems from their ability to absorb sounds more effectively …

A strong-form boundary collocation method, the singular boundary method (SBM), is
developed in this paper for the wave propagation analysis at low and moderate …

Acoustic metamaterials achieve the function of absorbing sound through equivalent
negative parameters and bandgaps. Sound absorption is closely related to structural design …

In this article, a method allowing vibro-acoustic and ultrasonic wave propagation analysis of
highly anisotropic textile composites at a mesoscopic level is presented for the first time. The …

This article presents an efficient reduced formulation of the Bloch Operator Finite Element
method to calculate complex band structures of periodic waveguides. The use of a Bloch …

Although the wave finite-element method (WFEM) is an efficient numerical technique to
analyze wave propagation characteristics and forced response of waveguides at medium …

The stochastic response of periodic flat and axial-symmetric structures, subjected to random
and spatially-correlated loads, is here analysed through an approach based on the …

A variety of Reduced-Order Modelling (ROM) techniques have been developed for the
Wave/Finite Element (WFE) Framework. However most of these techniques are not …

This paper investigates the use of a wave-based method in the framework of structural
optimisation of composite panels involving advanced components. The wave/finite element …

The paper describes a methodology for computing the sound transmission loss of any flat,
curved and cylindrical, homogeneous and periodic structure, under any type of acoustic …