Abstract
•Liquid and gas-type phenomena depending on temperature are considered near the boundary layer region.•Viscosity and thermal conductivity are assumed to be temperature depended.•The impacts of viscosity and thermal conductivity are illustrated graphically and tabulated.•Thermal conductivity, enthalpy and solar radiation has important role in the improvement of heat phenomena.
In present work, we assume the thermo-physical characteristics of viscous fluid on a heated rotating disk. We used the modified Newtonian fluid model for temperature dependent viscosity and calculated the mean flow profiles under the viscosity effect near the heated rotating disk. We determine the behavior with modified activation enthalpy and radiation effects by utilizing the heat phenomena while the mass transfer process is investigated by using thermophoretic, chemical reaction and activation energy. The rudimentary flow can be solved numerically via von Kàrmàn similarity solution that has been cracked by using a shooting method. We regulate the base flow profiles and provide a physical clarification of the problem through graphs and tables. Correlations in term of velocity, viscosity, temperature and concentration are plotted graphically.
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