Infinite shear rate viscosity of cross model over Riga plate with entropy generation and melting process: A numerical Keller box approach
Adil Darvesh, Hafiz Abdul Wahab, Weerachai Sarakorn, Manuel Sánchez‐Chero, Oscar Apaza Apaza, Susana Soledad Chinchay Villarreyes, Aurelia Zavala Palacios
Abstract
This paper presents the effects of cross fluid model associated with entropy generation and melt process. The Cross-fluid viscosity model based on the infinite shear rate effect is taken with attaching Riga plate. Physical interpretation generates a system of partial differential equations (PDEs), and further, these are processed with similarity variables to attain a system of ordinary differential equations (ODEs). The numerical experiments are presented compared and discussed. Here, the numerical Keller Box approach is utilized. The obtained results indicate that the melt process loses the temperature and entropy generation enlarges the temperature visibility. • The cross fluid viscosity model which is based on infinite shear rate effect is taken with attached geometry of Riga plate • Physical interpretation generates system of partial differential equations (PDEs) and further these are processed with similarity variables to attain system of ordinary differential equations (ODEs). • The numerical Keller Box approach is utilized. The effects of cross fluid model associated with entropy generation and melting process are studied and the numerical experiments are presented.