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This work concerns the study of thermo-physical properties and transportphenomena in thermoelectric liquid polyaniline sheet. The electro-thermal heattransfer equations coupled to Naviers-Stokes equation, continuity equation,initial and boundary conditions are solved using the finite difference and thefinite element schemes. The results of both numerical techniques show goodqualitative and quantitative agreements. The voltage difference, thetemperature variation, the Seebeck coefficient, the figure-of-merit and themaximum efficiency of polyaniline sheet are determined numerically. Our resultsshow that the voltage difference is equal to 0.09 mV for non doped polyanilineand 0.20 mV for doped polyaniline DPAN/HCl(I) for a sheet dimension of 192 mm3.

Numerical Contribution of Thermoelectric Polyaniline Sheet