Hall Effects on Steady Magnetohydrodynamics Flow of Cu-Water Nanofluid Through Porous Medium

It is examined the unstable magneto hydro dynamic flows of an incompressible glutinous nano fluids over a saturated absorbent media. The fluid flow is prompted by a convection temperatured accessible diminishing surfaces as well as captivating Hall impacts into discriptions. The relevant alterations abridge the systems of non-linearly partially differential equation to the syatem of ordinarily differential equation. The flow as well as temperature dissipation peculiarities were cogitated by making use of Homotopy-Analysis methodology. The momentum, temperature as well as Nusselts numbers were assessed also arithmeticaly referred with several non dimensionalized boundaries. This corresponds to observed that greater nano particle volume segments shrinks a momentum field. In addition the temperature together with heat dissipation rate were exacerbated for higher quantities of Biot number.