Conclusions

In this work, two dimensional steady, viscous, incompressible biomagnetic fluid (blood) over a stretching sheet was numerically investigated under the influence of magnetic dipole as well as fluid viscosity and thermal conductivity. Both two principle MHD and FHD are also considered in this study. Governing partial differential equations are transformed into ordinary differential equations along with boundary conditions by using similarity transformations and numerically calculations were carried out for blood by employing bvp4c function technique available in MATLAB software. For better understand of such kind of flow problem we also calculated the characteristics of skin friction coefficient and rate of heat transfer.
From the above analysis we conclude that:
(1)    The fluid velocity increases with increasing values of mixed convection parameter, Prandtl number; whereas temperature profile decreases in all this cases.
(2)    The fluid velocity decreases with thermal conductivity parameter, viscosity parameter, Ferromagnetic interaction parameter, magnetic field parameter; whereas temperature increases in all cases.
(3)    By increasing values of thermal conductivity parameter, viscosity parameter, Ferromagnetic interaction parameter, Magnetic field parameter, skin friction coefficient decreases; while rate of heat transfer enhanced in all cases.