B Singh - Department of Mathematics, Post Graduate Government College, Sector ۱۱,Chandigarh

The governing equations of a transversely isotropic dissipative medium are solved analytically to obtain the surface wave solutions. The appropriate solutions satisfy the required boundary conditions at the stress-free surface to obtain the frequency equation of Rayleigh wave. The numerical values of the non-dimensional speed of Rayleigh wave speed are computed for different values of frequency and initial stress parameter. The effects of transverse isotropy and initial stress parameter are observed on the Rayleigh wave speed.

Transversely isotropic, Dissipative medium, Initial stress, Rayleigh wave, Frequency equation