Micropolar Fluid with Concentration in a Vertical Channel

Abstract

The general theory of micropolar fluids deviates from that of Newtonian fluids by adding two new variables to the velocity. These variables are microrotations that are spin and microinertia tensors describing the distributions of atoms and molecules inside the microscopic fluid particles. This paper deals them mixed convective flow and heat transfer of micropolar fluid in a vertical channel with asymmetric wall temperatures and concentrations are solved analytically and we compared too numerically. It helps to identify the mathematical modeling validity.