Rotating Mixed Convective Casson Fluid Flow Past Inclined Porous Plates with the Effects of Hall and Ion Slip, Radiation Absorption, and Diffusion Thermo

In a revolving system with Hall and ion slip including Joule heating, the combine impacts of radiation absorption and diffusion thermal of MHD combined convective flow of a compressed and electrically manipulating non-Newtonian liquid over an inclined porous plate were thoroughly examined. The non-dimensional equations are decoded by employing the perturbation approach. We investigate how various non-dimensional parameters affect the temperatures, velocities, and fluid concentrations in the boundary layer. The skin friction, the Nusselt and Sherwood numbers, are also discussed using a computer .The goal of these discussions and analyses is to determine how the relevant elements influence the skin friction coefficient. When the most current results were contrasted with the earlier findings, it was discovered that there was sufficient overlap between the two sets of data.