5. Conclusion
This paper is focused on MHD steady flow of Ag/SWCNT – Water based Maxwell Hybrid nanoliquid heat and mass transfer characteristics over vertical cone with convective boundary. The results of the present problem are numerically calculated by using Finite element method and are depicted through graphs and tables. The important conclusions of this problem are summarized as follows:
  1. Temperature and concentrations fields are intensifies, nevertheless the velocity fields declines with \(\left(\phi_{1}\right).\)
  2. Velocity, temperature and concentration profiles are deteriorated with suction parameter (\(V0)\).
  3. Skin – friction coefficient and Sherwood number truncates, however the Nusselt number improves as values of \((Bi)\) rises.
  4. Rate of velocity and mass transfer values maximizes, while, heat transfer values declines with boosting values of \((R)\).
  5. Thickness of solutal boundary layer of Ag/SWCNT – Water based Maxwell nanoliquid with improving values \((Sc)\) and \((Cr)\).