In this paper, we study a metamaterial constructed with an isotropic material organized
following a geometric structure which we call pantographic lattice. This relatively complex …

In this article the photothermal and void parameters of a semiconductor rotational medium
are investigated when there is a fixed thermal relaxation time. We obtain the displacement …

Reliability predictions focus on developing the appropriate reliability model suitable for
existing data. A reliability assessment comes not only from testing the product itself but it is …

The main objective of this research is to make a mathematical modeling of photothermal
wave propagation in a semiconducting medium due to Lord-Shulman (LS) theory with …

This paper develops a new thermodynamically consistent electroelastic constitutive model
for dielectric semilinear hyperelastic solids. It shows effects of externally applied electric field …

Numerical analyses and acoustic experiments were performed to investigate the effects of
geometric parameters on the hydro-acoustic characteristics of flow over cylinders with …

Radial free harmonic wave propagation is considered for the investigation in cylindrical
shells made of orthotropic human bones, transversely isotropic hexagonal crystals and …

The present work delves into the propagation of a horizontally polarised shear (SH) wave in
an infinitely long cylindrical structure comprised of three concentric isotropic layered media …

In this work, a mathematical system of wave propagation in generalized thermo-piezoelectric
anisotropic smart material under primary magnetic field and rotation influence is considered …

In this paper, we built a mathematical model to study the influence of the initial stress on the
propagation of waves in a hollow infinite multilayered composite cylinder. The elastic …