Impact of Lorentz Force in Thermally Developed Pulsatile Micropolar Fluid Flow in a Constricted Channel

This work aimed to analyze the heat transfer of micropolar fluid flow in a constricted channel influenced by thermal radiation and Lorentz force. A finite difference-based solver, on Cartesian grid, is used for numerical solution after transforming governing equations into vorticity-stream function form. The impact various emerging parameters wall shear stress, axial velocity, micro-rotation velocity temperature profiles discussed this paper. profile observed have an inciting trend towards radiation, whereas it has declining Hartman Prandtl numbers. number, parameter Reynolds number. escalates with de-escalates Nusselt number direct relationship