Thermophoresis and Brownian Effect for Chemically Reacting Magneto-Hydrodynamic Nanofluid Flow across an Exponentially Stretching Sheet

This comparative research investigates the influence of a flexible magnetic flux and chemical change on freely fluid motion (MHD) magneto hydrodynamic boundary layer incompressible nanofluid across an exponentially expanding sheet. Water ethanol are used for this analysis. The temperature transmission improvement fluids is described using Buongiorno model, which includes Brownian movement thermophoretic distribution. nonlinear partial differential equalities governing were changed to set standard utilizing certain appropriate similarity transformations. bvp4c algorithm then tackle transformed equations numerically. Fluid slowed by field, but it sped up thermal mass buoyancy forces distribution increases non-dimensional resulting in higher thicker layers. Temperature concentration, other hand, have same trend terms concentration exponent, constraint, reaction constraint. Furthermore, occurrence aided buoyancies, assists enhancement heat wall shear stress, whereas smaller produced first-order lower Schmidt number.