In the context of the two-temperature thermoelasticity theory, a novel mathematical–physical
model is introduced that describes the influence of moisture diffusivity in the semiconductor …

This work explores the complex interactions of magnetic fields, photothermal effects,
thermoelasticity theory, and acoustic pressure in a nonlocal semiconductor medium. These …

A novel technique is used to study the moisture diffusivity influence in the free surface of an
elastic semiconductor medium according to a one-dimensional (1D) deformation. The …

The study takes into account the diffusion of photo-excited carriers in the presence of a laser
pulse and theoretically investigates photoacoustic wave propagation in the thermoelastic …

In this study, we discussed the photothermal effect on a microelongated thermoelastic plate
under the influence of acoustic pressure. This study is very important in many fields and has …

This article focuses on the study of redial displacement, the carrier density, the conductive
and thermodynamic temperatures and the stresses in a semiconductor medium with a …

A unique methodology due to the effect of stochastic heating is utilized to study the Moisture
Diffusivity influence of an elastic semiconductor medium under the effect of photo …

In this article, elastic waves propagating through a semi-conducting nanostructure solid are
investigated. A mathematical model representing the phenomenon is formulated using …

In this paper, a novel mathematical—physical model of the generalized elasto-
thermodiffusion (hole/electron interaction) waves in semiconductor materials is studied …

This study explores the behavior of laser-exposed photo-excited carriers, investigating the
propagation of photoacoustic waves in the thermoelastic domain. It also delves into the …