The knowledge of the wave transmission and reflection characteristics in connected two-
dimensional structures provides the necessary background for many engineering prediction …

This paper describes the extension of a wave and finite element (WFE) method to the
prediction of noise transmission through, and radiation from, infinite panels. The WFE …

This paper presents an analysis of the vibroacoustic characteristics of Cross-Laminated
Timber (CLT) panels using a Wave and Finite Element (WFE) method. Two WFE modelling …

In recent years, a wide variety of inhomogeneous periodic structures including locally
resonant metamaterials and phononic crystals have come to the fore in the search for …

We present a numerical method for computing reflection and transmission coefficients at
joints connecting composite laminated plates. The method is based on modelling joints with …

In the framework of vibrational analysis of 2D periodic waveguides, Floquet–Bloch theorem
is widely applied for the determination of wave dispersion characteristics. In this context, the …

In this paper, a modelling approach is developed for predicting the vibroacoustic response
of infinite, plane, 1-or 2-dimensionally periodic structures, including the forced response …

This paper presents a study on quantitative prediction and understanding of time-harmonic
wave characteristics in damped plates. Material dissipation is modelled by using complex …

In this paper, a modelling strategy is proposed to predict sound transmission loss (STL) of
multi-layered panels with fluid layers based on a wave and finite element method. This …

The dynamic response of circular cylinders can be obtained analytically in very few (and
simple) cases. For complicated (thick or anisotropic) circular cylinders, researchers often …