Numerical Study of Homann Jaffery Nanofluid Flow Over a Spiraling Disk

Abstract

An incompressible laminar Homann flow of Jeffrey nanofluid about a stagnation region of spiraling disk is main objective of the current thesis. The disk is subjected to a uniform mass blowing using Stefan blowing phenomenon. Thermal phenomenon will investigate using Hall current influence, Buongiorno theory of nanofluid and Cattaneo-Christov theories. By applying similarity transformations, The modelled statements are then transformed into a format of ODE’s . The system will be treated through the Runge-Kutta-Fehlberg (RKF-45) technique in order to present the results of physical quantities in graphical formats and in tabular way.