Evaluation of Magnetohydrodynamics of Natural Convective Heat Flow over Circular Cylinder Saturated by Nanofluid with Thermal Radiation and Heat Generation Effects

The current study focuses on the natural-convection flow of nanofluids with boundary layer over a circular cylinder uniform thermal wall varying magnetic force from 0 to 1.5, radiative effects 1, heat generation and Joule heating 1. problem is represented in form partial differential equations. dimensional equations converted into dimensionless help suitable stream functions. Then, resultant are further reduced system first-ordered equations, Keller box scheme applied obtain solution numerically MATLAB code. numerical solutions for Nusselt number, skin friction coefficient, Sherwood velocity profile, temperature concentration profile graphs. most interesting fact analysis fluid; heat-mass energy transfer rates could be managed controlled way through slight variations Brownian motion parameter 0.1 0.7, Lewis number 1 40, Eckert 0.4, thermophoresis Prandtl buoyancy ratio as it here analyzed discussed.