The scatter of elastic waves due to a thin, flat ellipsoidal inhomogeneity, either penny shaped or elliptical is discussed. An average theorem appropriate for dynamic effective mass density and effective moduli was developed via a self-consistent scheme. Effective material properties of two-component media consisting of randomly distributed spheres are given here as a special case
An implementation of the Causal Differential Method (CDM) for modelling the effective properties of ...
A composite material consists of a rubber filled with gas-filled microspheres. In underwater applica...
The scattering of elastic waves in a medium with damage from microcracking is discussed. The influen...
An analysis of wave propagation in the low-frequency domain using the self-consistent medium method ...
Several ultrasonic wave mechanics models which are based on the effective elastic properties of the ...
Elastodynamic fields of a single, flat, elliptical inhomogeneity embedded in an infinite elastic med...
Mass density of a composite is generally taken as the volume-averaged value of components' densities...
We consider SH wave propagation in a fiber-reinforced composite which consists of a homogeneous, iso...
The problem of establishing a theoretical groundwork for experimentally-found correlations between u...
Ultrasonic techniques show great promise for nondestructive characterization of high temperature com...
Developed is a self-consistent statistical mechanics approach for determining the effective dynamic ...
Ultrasonic measurement of elastic properties has been widely exploited to characterize the behavior ...
The propagation of elastic waves in materials containing randomly distributed particles is a fundame...
The propagation of time-harmonic plane elastic waves in infinite elastic composite materials consist...
A brief derivation of the expression is given for the effective bulk modulus of discontinuously rei...
An implementation of the Causal Differential Method (CDM) for modelling the effective properties of ...
A composite material consists of a rubber filled with gas-filled microspheres. In underwater applica...
The scattering of elastic waves in a medium with damage from microcracking is discussed. The influen...
An analysis of wave propagation in the low-frequency domain using the self-consistent medium method ...
Several ultrasonic wave mechanics models which are based on the effective elastic properties of the ...
Elastodynamic fields of a single, flat, elliptical inhomogeneity embedded in an infinite elastic med...
Mass density of a composite is generally taken as the volume-averaged value of components' densities...
We consider SH wave propagation in a fiber-reinforced composite which consists of a homogeneous, iso...
The problem of establishing a theoretical groundwork for experimentally-found correlations between u...
Ultrasonic techniques show great promise for nondestructive characterization of high temperature com...
Developed is a self-consistent statistical mechanics approach for determining the effective dynamic ...
Ultrasonic measurement of elastic properties has been widely exploited to characterize the behavior ...
The propagation of elastic waves in materials containing randomly distributed particles is a fundame...
The propagation of time-harmonic plane elastic waves in infinite elastic composite materials consist...
A brief derivation of the expression is given for the effective bulk modulus of discontinuously rei...
An implementation of the Causal Differential Method (CDM) for modelling the effective properties of ...
A composite material consists of a rubber filled with gas-filled microspheres. In underwater applica...
The scattering of elastic waves in a medium with damage from microcracking is discussed. The influen...