On the study of flow between unsteady squeezing rotating discs with cross diffusion effects under the influence of variable magnetic field
The aim of this article is to provide an analytical and numerical investigation to the viscous
fluid flow, heat and mass transfer under the influence of a variable magnetic field. The
governing system of partial differential equations are transformed by means of similarity
transformations to a system of ordinary differential equations which are solved by Homotopy
Analysis Method (HAM) and BVP4c. The effects of involved physical parameters are
illustrated for the velocity components, magnetic field components, heat and mass transfers …
fluid flow, heat and mass transfer under the influence of a variable magnetic field. The
governing system of partial differential equations are transformed by means of similarity
transformations to a system of ordinary differential equations which are solved by Homotopy
Analysis Method (HAM) and BVP4c. The effects of involved physical parameters are
illustrated for the velocity components, magnetic field components, heat and mass transfers …