The Green's function (GF) method, which makes use of GFs, is an important and elegant tool
for solving a given boundary-value problem for the differential equation from a real …

This article presents an overview on poroelastodynamic models and some analytical
solutions. A brief summary of Biot's theory and of other poroelastic dynamic governing …

Exact solutions are derived for three-dimensional, anisotropic, linearly magneto-electro-
elastic, simply-supported, and multilayered rectangular plates under static loadings. While …

Analytical solutions are derived for free vibrations of three-dimensional, linear anisotropic,
magneto-electro-elastic, and multilayered rectangular plates under simply supported edge …

In this paper, an exact solution is presented for the multilayered rectangular plate made of
functionally graded, anisotropic, and linear magneto-electro-elastic materials. While the …

An analytical treatment is presented for the propagation of harmonic waves in magneto-
electro-elastic multilayered plates, where the general anisotropic and three-phase coupled …

Exact solutions are derived for three-dimensional, anisotropic, linearly elastic, and
functionally graded rectangular composite laminates under simply supported edge …

Analytical solutions are derived for the cylindrical bending of multilayered, linear, and
anisotropic magneto-electro-elastic plates under simple-supported edge conditions. We …

This paper extends the Sneddon and Muki solutions to solve elastostatic problems in
multilayered elastic materials. Using Hankel transforms, Sneddon and Muki developed …

In this paper, three-dimensional Green's functions for anisotropic bimaterials are studied
based on Stroh formalism and two-dimensional Fourier transforms. Although the Green's …