Dynamics of chemically reactive Jeffery fluid embedded in permeable media along with influence of magnetic field on associated boundary layers under multiple slip conditions

Abstract

The prime goal of the current pagination is to scrutinize behavior of mixed convective Jeffrey nanoliquid (JNL) flowing over an exponentially stretching sheet by using possessions of radiative energy flux, non-uniformly heated source/sink, slip boundary condition, and modified Arrhenius energy function. The governing physical expression (PDEs) are converted in view of similar ODE’s. Solution of constructed problem is heeded by employing shooting technique. Graphical and tabular results are designed for assisting flow, opposing flow and forced convection cases to scrutinize the performance of miscellaneous significant variables. The results attained exhibited worthy agreement with the preceding remarkable works. The noteworthy finding is Opposing flow case demonstrations higher temperature and concentration profile compared to assisting flow and forced convection case.

Keywords

• Buongiorno nanofluid
• Jeffrey fluid
• Binary chemical reaction
• Exponentially sheet
• Slips boundary conditions