This work is devoted to the investigation of a two-dimensional porous material under weak,
strong and normal conductivity, using the eigenvalues method. By using Laplace–Fourier …

The main aim of this article is to develop an efficient boundary element method (BEM)
modeling of the fractional nonlinear generalized photo thermal stress wave propagation …

The modeling of thermoelastic damping or dissipation (TED) is significant but challenging for
the quality-factor estimation of the size-dependent micro/nano-resonator operating in some …

In the current article, the main aim is to investigate a new model on a volume fraction,
photothermal, initial stress, electromagnetic field, gravity, and rotation effect on an isotropic …

In this study, a novel model is introduced when the Hall effect associated with a strong
magnetic field is taken into account when the electrons and holes interact in the processes …

Electro-magnetic-thermal-microstretch elastic mathematical-physical model of
semiconductor medium is investigated. The governing equations are studied in the context …

Different subjective developments of the multi-time-derivative (single/dual/triple)-phase-lag
heat formulae have been examined in this paper. A unified theory of coupled photo …

The main concern of the present contribution is the thermoelastic interactions of
displacements, stress and temperature in a functionally graded unbounded medium due to …

A novel mathematical-theoretical model is intreduced to study the microstretch properties of
elastic semiconductor medium. The theoretical model is obtained during the photo-excitation …

A novel model is formulated of a microelongated semiconductor material. The material is
excited in the context of photothermal transport processes. The photo-thermoelasticity …