Numerical Study of Suction Injection Driven Nanofluid Through Parallel Plates Channel

Abstract

The main purpose of this research is to analyze the effects of nanofluids that are based on the injection and suction parameters, where the channel is structured using parallel plates.  For making governing PDEs dimensionless, we use similarity transformations to convert them into a system of coupled nonlinear ODEs. These ODEs are solved by applying the method of Quasi-Linearization, and on the other hand, structural derivatives are approximated by using the central difference technique. The effects of employing parameters on temperature and velocity are graphically studied. During the injunction, mass transfer decreases and increases in the case of suction transfer rate of heat and mass for the Reynolds number.