Unsteady flow near a stagnation point of Maxwell nanoliquid past a stretched sheet

摘要

This research article explores the unsteady flow of Maxwell fluid in the occurrence of nano-liquid over a stretching surface. At first non-linear system of PDEs are transmuted into ODEs via appropriate transformation and utilized numerically through the shooting scheme. The influential numerous partient variables for flow field, concentration and temperature distribution profile are talked through graphical illustration and tabular values. It is investigated that the fluid motion demonstrates decreasing behavior due to large values of Maxwell parameter while opposing trend is experiential in the concentration field for escalating values of unsteady parameter. In addition, we compare our outcomes with available literature and found tremendous attainment.