Natural Convective Hydrodynamic Radiative Flow of a Chemically Reacting Fluid Through a Porous Plate

This study aims to investigate how chemical reactions affect the natural convection flow of a radiating fluid through an upright porous plate that is semi-infinite and has variable suction velocity. The perturbation technique has been utilized for computing the set of unitless governing equations. Graphs are used to illustrate how different rheological parameters affect skin friction, Nusselt number, Sherwood number, velocity, temperature, and concentration. The inferences found are that fluid velocity and concentration of the species diminish as a result of the high rate of consumption. Investigation reveals the fact that high thermal radiation causes a significant fall in temperature and frictional resistance.