Thermal radiation effect on thermostatically stratified MHD fluid flow through an accelerated vertical porous plate with viscous dissipation impact

• DOI: 10.1016/j.padiff.2023.100488
• Publication Date: 2023-01-05T17:56:45Z
• Authors: B. Shankar Goud; Pudhari Srilatha; D. Mahendar; Thadakamalla Srin...; Yanala Dharmendar...
• Keywords: Thermal Radiation; Stratification (seeds); Hartmann number

This research analyses the unsteady MHD flow via a porous medium past an accelerating vertical plate in thermally stratified of fluid existence viscous dissipation. The under consideration is assumed to be non-scattering, gray that absorbs and emits radiation. governing equations are discretized by employing finite difference approach(FDM) utilizing MATLAB software. Graphs table used exemplify impact factors on velocity temperature profiles. findings indicate decrease increase occur whenever magnetic field parameters increased. Both will as stratification factor increases. As Radiation parameter increased, profiles decrease.