Governing Equations and Fundamental Solutions for an Isotropic Micropolar Thermoelastic Medium with Triple Porosity and Microtemperatures

This paper aims to establish the fundamental governing equations and develop corresponding fundamental solutions for a medium exhibiting isotropic micropolar thermoelastic properties, encompassing triple porosity and microtemperatures. By considering the unique characteristics of the material, we formulate a comprehensive framework to describe its behavior under various conditions, including steady-state, pseudo-static, quasi-static oscillations, and equilibrium.