EMBL Nano Fluid Flow Along Riga Plate in a Rotating System

Abstract

Received: 25 April 2019 Accepted: 13 September 2019 This numerical investigation is related with the study of the influence of electromagnetic field for Nano fluid flow along the Riga plate in a rotating system. By using usual transformation, the systems of governing nonlinear coupled partial differential equations are transformed into dimensionless nonlinear coupled partial differential equations and these obtained equations have been solved by implicit finite difference method. The stability analysis of the dimensionless nonlinear coupled partial differential equations has been established and convergence criteria have also been analyzed. The Compaq visual FORTRAN 6.6a and MATLAB R2015a code have been used as tools to simulate the above mentioned dimensionless nonlinear coupled partial differential equations. The obtained results have been shown graphically. Also, Mesh sensitivity test, time sensitivity test (steady state solutions), validation test (comparison) have been shown graphically as well as mathematically.