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HEAT AND MASS TRANSFER SLIP FLOW OF MHD CASSON LIQUID PAST A VERTICALLY ROTATING CONE WITH CONVECTIVE CONDITIONS

This article has been developed for studying the heat alongside mass transport attribute of MHD Casson liquid flow past a vertically circulating cone with convective conditions. Thermal motion in the liquid flow is anticipated with viscous dissipation while concentrations of liquid particles are affected by diffusion-thermo alongside thermo-diffusion numbers. The basic model equations are transformed in to total differential equations by employing the suitable similarity terms. The R-K approach with shooting approach was used to provide solution to the simplified model equations. A nice conformity of the present outcomes has been noticed by checking them with the previously available literature.