On Magnetic Field and Two Thermal Relaxation Times for p-Waves Propagation at Interface Between Two Solid Liquid Media Under Initial Stress and Heat Sources

Abstract

In this paper an investigation is made to study the effects of two thermal relaxation times, heat sources, initial stress, and magnetic field on propagation of p-waves propagation. The GreenLindsay theory is devoted to solve the problem. The boundary conditions at the interface are applied. The appropriate expressions to find the amplitudes ratios for the incident p-waves have been obtained. The amplitudes ratios of reflection and transmitted coefficients for the incident waves are computed numerically, considering the heat sources, initial stress, and magnetic field effects and the results obtained have been presented graphically.