Radiative MHD Heat and Mass Transfer Nanofluid Flow Past a Horizontal Plate in a Rotating System

Unsteady radiative MHD heat and mass transfer nanofluid flow through horizontal plate under the action of magnetic field have been investigated. To obtain the non-similar coupled nonlinear momentum, energy and concentration equations, usual non-dimensional variables have been used. The explicit finite difference method with stability and convergence analysis has been used to solve the obtained numerical solutions of the above problem. The stability and convergence analyses have been used for measuring the restriction of the useful parameters. The obtained numerical results have been presented graphically and discussed in details. Finally, a qualitative comparison of our results with published results has been explained in conclusion section.