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In the mid of 1960, A.C. Eringen [1-3] introduce micropolar fluid theory. As the Navier-Stokes equations fails to describe the behavior of Newtonian fluids with suspended particles, Eringen introduce the concept of micropolar fluid. It is assumed to be illustrated by two independent vectors, the classical velocity and the micro-rotation vector. As well as its usual rigid motion, fluid points contained in a small volume element, can rotate about the centroid of the volume element. Liquid crystals, animal blood, other polymeric fluids, fluids containing minute amount additives, clouds with dust etc are some examples of micropolar fluids.

international journal of scientific and innovative mathematical research

Numerical Studies on the Effects of Variable Viscosity and Thermal Conductivity with Joules Dissipation on the MHD Micropolar Fluid Flow, Heat and Mass Transfer Past a Stretching Porous Surface Embedded in a Porous Medium