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Rayleigh wave Propagation using rotation, initial stress & two-temperature on generalized micropolar thermoelastic medium in context of DPL with Impedance Boundary conditions

In this present work, we consider the governing equations of Rayleigh wave with rotation, and two-temperature in the context of DPL with impedance boundary conditions in generalized micropolar thermoelastic half-space. We solved the governing equation by using surface wave techniques and satisfying the suitable radiation conditions and obtained the frequency equation. Impact of rotation, two-temperature, initial stress with IBC are computed numerically. The impact of various parameters against dimensionless speed have been shown graphically.