Abstract
A finite difference approach towards the impacts of viscous dissipative nanofluid flow past a vertical cone with iso-thermal surface temperature and concentration is taken for the study here. The guiding unsteady equations were solved using the inferred finite difference technique. In this study, we looked at different nanofluids: Cu, and using water as the base fluid. A parametric study has been portrayed by means of graph for various flow field parameters such as volume fraction (), viscous dissipation (), buoyancy ratio (), Schmidt number () as well as time ().
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