A novel model in photo-thermoelasticity theory is investigated in the paper understudy. The
model is obtained theoretically for a semiconductor elastic medium, which is in a rotation …

The main goal of this paper is to develop a mathematical model for the piezoelectric elastic-
semiconductor medium. The medium is homogeneous and isotropic that is exposed to …

In this article, the photothermal excitation and thermal conductivity of a semiconducting
elastic medium due to variable temperature effect are studied. The dual-phase-lag (DPL) …

In this investigation, the variable thermal conductivity, which depends on a linear function of
temperature, is studied during photothermal excitation processes. The influence of the …

This article focuses on studying the dependence of the thermal conductivity of a
semiconducting medium on temperature in context of photothermal transport process and …

In this work, we use two different techniques to discuss approximate analytical solutions for
the time‐fractional Fokker–Planck equation (TFFPE), namely the new iterative method (NIM) …

In this work, we aim to investigate the photo-thermal-elastic waves interaction in a nano-
composite semiconductor, elastic and functionally graded material (FGM). The governing …

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 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 …

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