Deformation due to distributed sources in micropolar thermodi usive medium

The general solution to the field equations in micropolar generalized thermod- iffusive in the context of G-L theory is investigated by applying the Laplace and Fourier transform s as a result of various sources. An application of distributed normal forces or thermal sources or potential sources has been taken to show the utility of the problem. To get the solution in the physical form, a numerical inver- sion technique has been applied. The transformed components of stress, temper- ature distribution and chemical potential for G-L theory and CT theory has been depicted graphically and results are compared analytically to show the impact of diffusion, relaxation times and micropolarity on these quantities. Some special case of interest are also deduced from present investigation.