An impact of MHD and radiation on Boussinesq–Stokes suspensions fluid flow past a porous flat plate with mass suction/injection.

The present study reveals the analytical model to inquiry impact of an inclined magnetic field and radiation on Boussinesq–Stokes suspension flow over a porous flat surface in the presence of mass suction/injection and viscous dissipation. By adopting a system of nonlinear partial differential equations to model the entire physical situation, a proper similarity variable may turn the system of equations into nonlinear ordinary differential equations and is solved analytically. The impact of emerging flow parameter on velocity, temperature, and local skin friction coefficient is described comprehensively through graphs. The findings also suggest that momentum boundary layer thickness diminishes with decreases magnetic field strength in the presence of suction/injection case, and thermal boundary layer thickness accelerates with radiation and Eckert number parameter. Nonetheless, there are several applications for this research in a variety of engineering domains and technology, for instance geophysics, polymer processing, total energy consumption, electric engines, blood flow measures, pumps, and flow metres. [ABSTRACT FROM AUTHOR]