Analysis of Williamson nanofluid with velocity and thermal slips past over a stretching sheet by Lobatto IIIA numerically

A novel numerical computing framework through Lobatto IIIA method is presented for the dynamical investigation of nanofluidic problem with Williamson fluid flow on a stretching sheet by considering thermal slip and velocity. The impact thermophoresis Brownian motion phenomena heat transfer are explored using Buongiorno model. governing non-linear partial differential system representing mathematical model transformed in to ODE incorporating competency non-dimensional similarity variables. dynamics evaluated numerically. Sufficient graphical illustrations portrayed order investigate analyze influence physical parameters: parameter, Prandtl number, Lewis Schmidt ratio diffusivity capacitance parameter velocity, temperature, concentration fields. numerically computed values local Nusselt Sherwood skin friction coefficient also inspected exhaustive assessment. Moreover, accuracy, efficiency stability proposed analyzed relative errors.