Steady of Thermal and Concentration Effect on a Fully Developed Jeffrey Fluid with Baffle in a Vertical Passage

Abstract

The consistency of the hot effect and concentration on Jeffrey’s fully developed fluid in the vertical passage was examined. We considered two circuits by using a small, efficient aircraft. The more complex ruling ODE is solved by taking the right boundary and co-operative conditions in complex areas. The results are illustrated in a variety of important parameters and are illustrated to analyze important aspects of the results in all confusing areas. It is concluded that the stimulus in the Jeffrey parameter increases the flow rate, temperatures and concentration while the chemical reaction parameter suppresses the flow of fluid in all complex areas. The solutions obtained are compared to DS solved valued and the results hold good consistency. The current results are well supported by the current study of the specific conditions of the mathematical model.