Numerical Computing For Investigation Of Oblique Magnetic Viscous Dissipative Transport For Chemically Reactive Micro Rotations In A Porous Medium

This work is conducted to investigate the flow of viscoplastic fluid on a stretchable surface submerged in permeable medium and the effect of joule heating, micro-rotation and inclined magnetic field (MF) has been examined numerically. The Cartesian coordinate system has been used for mathematical formulation of the governing equations in PDEs and these governing physical relations of PDEs have been simplified into nonlinear ODEs based system using appropriate transformation. Resultant nonlinear set of ODEs are numerically solved by using Lobatto IIIA method. Behavior of various parameters of interest for micro-rotational velocities, temperature profile and fluid with strong as well as week cases of the concentration have been presented in sufficient numbers of graphical and numerical illustrations to draw reliable and effective inferences of proposed IP: 11 93 1478 On: Fri 15 Jan 2021 12:36:04 Lobatto IIIA based computing solver.Co Theyright: accuracy,American convergeneScientific andPublishersstability analysis further endorsed the worth of the solver. Moreover, the numerical rsults for the impct of sundry parameters on skin friction and Delivered by Ingenta Nusselt number are also presented.