Robust analysis of MHD micropolar boundary layer flow past a stretching sheet with chemical reaction and slip conditions

Abstract

The Partial differential equations (PDE) governing this problem are geometrically presented in angular form. Suitable similarity variables were introduced to transform them into nonlinear coupled differential equations. For the purpose of analysis, Chebyshev Collocation method was employed. The results obtained are compared with the literature to establish an agreement. The physical parameters that appear in the solution were varied on fluid velocity, microrotation, temperature and concentration profiles. The magnetic parameter was found to be a reduction agent of the fluid velocity due to a drag like force.