Scholarlink

Abstract <p>The article deals with the aims is to investigate the effects of rotational dynamics on a photo-thermoelastic semiconductor within the framework of hyperbolic two-temperature theory. The exploration focuses on the interaction between plasma and thermoelastic waves under this theory, positing the medium as isotropic and homogeneous in nature. The analytical expressions of displacement, stresses and temperature field are obtained by Laplace transform method. The numerical values of the expressions are evaluated using MATHEMATICA. These solutions are obtained through a numerical approach that utilizes the inverse Laplace transform, demonstrating the significance and effectiveness of the findings. Comparative analysis highlights the impact of rotational dynamics and magnetic fields, juxtaposed against scenarios absent these influences and against findings from other studies. The graphical results are presented to shown the effect of different rotation. The comparison of our results for the accuracy of physical quantities with previous research work is carried out graphically that indicates to the strong impact of the external parameters in photothermaol phenomenon.</p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Influence of Rotation on Hyperbolic Two-Temperature Photothermal Wave Propagation in Thermoelastic Semiconductors Medium

  • 期刊论文

  • 发表日期：

    2025年9月1日

查看全文
  • G. A. Yahya,
  • F. S. Bayones,
  • A. M. Abd-Alla

摘要

Abstract

The article deals with the aims is to investigate the effects of rotational dynamics on a photo-thermoelastic semiconductor within the framework of hyperbolic two-temperature theory. The exploration focuses on the interaction between plasma and thermoelastic waves under this theory, positing the medium as isotropic and homogeneous in nature. The analytical expressions of displacement, stresses and temperature field are obtained by Laplace transform method. The numerical values of the expressions are evaluated using MATHEMATICA. These solutions are obtained through a numerical approach that utilizes the inverse Laplace transform, demonstrating the significance and effectiveness of the findings. Comparative analysis highlights the impact of rotational dynamics and magnetic fields, juxtaposed against scenarios absent these influences and against findings from other studies. The graphical results are presented to shown the effect of different rotation. The comparison of our results for the accuracy of physical quantities with previous research work is carried out graphically that indicates to the strong impact of the external parameters in photothermaol phenomenon.