Abstract

In the present paper, we consider the governing equation for generalized thermoelastic media under the effect of magnetic fleld, rotation, initial stress, and two-temperature parameter for Rayleigh wave in half-space. The secular equation of Rayleigh wave is also deduced using surface wave solution, which also satisfy the radiation condition for thermally insulated/isothermal surface. The velocity and amplitude attenuation factor of Rayleigh wave is also computed for a particular material. The effect of two-temperature, rotation, and initial stress parameters on velocity of propagation and amplitude attenuation factor is shown graphically.

Issue Section:
Heat and Mass Transfer
Keywords:
generalized thermoelasticity, Rayleigh wave, frequency equation, initial stress, relaxation time, magnetic field, rotation, two-temperature
Topics:
Magnetic fields, Rayleigh waves, Rotation, Stress, Temperature, Thermoelasticity, Radiation (Physics), Surface waves (Fluid)

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