Coupled Systems Mechanics

Volume 14, Number 6, 2025, pages 551-573

DOI: 10.12989/csm.2026.14.6.551

Thermoelastic deformation of a double-porous half-space medium with three-phase-lag model taking fractional derivatives

Aseem Miglani , Rajneesh Kumar , Amarjyot Kaur , Monika Kalra

Abstract

A problem of deformation of a double porous thermoelastic half space medium with fractional order heat transfer having Three-Phase-Lag (TPL) has been considered and discussed, due to the application of a thermomechanical force. A transformed procedure is taken to obtain the transformed form of result of the formulated problem. Inverse transformation of the solution is performed through a computer program for a specific model. The numerical solutions are drawn graphically for different cases. The effect of Three-Phase-Lag on Dual-Phase-Lag and the effect of fractional order and depth parameters on deformation is observed.

Key Words

double-porosity; fractional order; heat transfer; inversion; thermoelastic; Three-Phase-Lag; transforms

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