Thermal Conductivity and Thermophoretic Impacts of Micropolar Fluid Flow by a Horizontal Absorbent Isothermal Porous Wall with Heat Source/Sink

Boundary layer analysis is invoked to clarify the aspects of variable thermal conductivity and thermophoretic forces on a steady state MHD micropolar fluid flow in existence uniform transverse magnetic field along an isothermal horizontal plate. The pattern permits rotational freedom degrees that lead couple stresses non symmetric stress tensor. initiated PDEs governing case are mutated into non-dimensional system due proper transformations. transformed mathematical equations solved by implementing very potent computer algebra software MATLAB code. plotted graphs analyzed attitude multiple physical involving factors velocity angular temperature. Through involved factors, stress, skin friction Nusselt number manifested interpreted amply. A new outcome for drag force heat gradient experienced key portrayed. Augmentation Ω results encapsulate mass transmission. local strengthened as conductivity, absorption or wall suction were improved, weakened viscous dissipation generation impacts. As particular case, classical Newtonian liquid given dropping parameter