Magnetohydrodynamic casson fluid flow with hall effect and rotation in the presence of an inclined magnetic field

The main objective of the paper is to investigate the Casson fluid flow problem including Hall effect and Rotation in the presence of inclined magnetic field. Analytical solution has been found depending on the physical parameters including the Hall parameter, Hartmann number, Casson fluid parameter and the Rotation parameter. The influence of these parameters on velocity profiles are demonstrated graphically and the results are discussed. Further, it is observed that the primary and secondary velocity components retards when Hall parameter, Casson fluid parameter and Rotation parameter are increased. The increase in Hartmann number resists the primary velocity and accelerates secondary velocity but this is converse for increasing values of angle of inclination.