Rotating Flow of Nanofluid in Three Dimensions with Small Dust Particles

This study examined the magneto-hydrodynamic boundary layer flow and heat transfer of a rotating oil-based nanofluid along an expanding surface. The momentum and heat transfer flow equations transform into a coupled nonlinear system through similarity transformations, and numerical solutions are then obtained by using MATLAB's bvp4c code. The validation of the code involved matching the computed numerical results against existing results. Graphical representations of velocity and temperature profiles show problem insights across various non-dimensional parameters.