Convective Flow of Radiative Maxwell Nanofluid with Variable Thermo-Physical Properties

In this article, analysis has been executed to find the impact of radiation, varied thermal conductivity and viscosity on steady 2 dimensional flows nanoparticles existing Maxwell fluid past a flat surface that can be stretched. The partial differential equations which govern flow are modified by using similarity transformations in order form ordinary equations. Employing bvp4c MATLAB software transformed solved results for velocity, temperature species concentration depicted through graphs varying parametric values. Comparisons with previous published data analytical methods carried out, thereby validating present numerical results. It observed as well enhances concentration. Also existence slows down motion. various engineering processes nanoscience technology, inferences study its applications.
 HIGHLIGHTS
 
 Investigation out upper-convected under radiation nanoparticles
 thermo-physical properties such taken variable quantity
 Bvp4c solver used solve governing ODEs
 With rise viscosity, boost up
 deceleration motion