Dynamics of the thermal radiation and the higher order chemical reaction on a micropolar fluid

Abstract

The current flow phenomena are based upon the micropolar fluid flow in two-dimension past an exponential stretching surface. The electrically conducting fluid for the consideration of the thermal radiation and the chemical reaction enriches the study. The novelty of the present investigation is useful in several industries and the biological area like the flow of blood in arteries, motors, turbines, etc. The use of suitable similarity transformations to the governing equations gives rise to ordinary differential equations and then numerical method, in particular, Runge-Kutta fourth-order is a ploy to handle these equations. The behavior of the pertinent parameters is presented graphically and the validation of the present outcomes is also displaying a good correlation with the earlier investigation in a particular case.