Flow Analysis of Mixed Convective Nanofluid Flow in Presence of Magnetic Field with Thermal Radiation and Heat Source/Sink

Abstract

This study discussed the mixed convection with thermal radiation on nanofluid flow with magnetic field and mass transfer with heat source over an inclined stretching cylinder in the presence of thermal conductivity. The governing equations in cylindrical form are transformed into the system of ODE and solved mathematically by spectral quasilinearization method (SQLM). The governing parameters velocity, temperature and concentration profile are derived using this new approach. Here it is mention that due to Hartman number (Ha) and relaxation to retardation time ratio (λ1), the velocity decreases but temperature enhanced in the boundary layer but in opposite effect on higher value of curvature parameter (γ) and thermal bouncy (λT) parameter. Here also observed convergence and accuracy in velocity and temperature profile. The SQLM is used to find out the solution of convergent series and various effect are shown graphically.