Multiple scattering effects due to a random distribution of identical spheres are investigated
in the general case of elastic or poroelastic host media, where both longitudinal and …

Multiple scattering of waves arises in all fields of physics in either periodic or random media.
For random media the organization of the microstructure (uniform or nonuniform statistical …

Propagation of waves in materials that exhibit stealthy-hyperuniform long-range correlations
is investigated. By using a modal decomposition of the field that takes multiple scattering into …

The effective velocity and attenuation of longitudinal waves through random dispersions of
rigid, tungsten-carbide beads in an elastic matrix made of epoxy resin in the range of beads …

Elastic wave propagation is studied in a heterogeneous two-dimensional medium consisting
of an elastic matrix containing randomly distributed circular elastic inclusions. The aim of this …

We formally deduce closed-form expressions for the transmitted effective wavenumber of a
material comprising multiple types of inclusions or particles (multi-species), dispersed in a …

The propagation of acoustic waves through a suspension of spherical particles in a viscous
liquid is investigated, through application of a multiple scattering model. The model is based …

The influence of the spatial distributions of bubbles on the propagation of linear acoustic
waves in polydisperse bubbly liquids is studied. Using the diagrammatic approach, the …

A multiple scattering analysis in a non-viscous fluid is developed in order to predict the
effective constitutive parameters of certain suspensions of disordered particles or bubbles …

Correlated disorder is at the heart of numerous challenging problematics in physics. In this
work we focus on the propagation of acoustic coherent waves in two-dimensional dense …