Nonlinear Convective Flow of Maxwell Fluid over a Slendering Stretching Sheet with Heat Source/Sink

In this study, our objective is to analyze the features of Maxwell fluid flow through a stretching sheet (variable thickness) with heat source/sink and melting heat transfer. Leading equations of the course are transmuted with suitable similarity transmutations and resolved the subsequent equations mathematically with shooting technique. Effects of the valid parameters on the regular profiles (velocity, concentration, temperature) are elucidated through graphs in two cases (presence and absence of melting). And also, we examined friction factor, transfer rates (mass, heat) with the same parameters and presented the outcomes in tabular form. Few of the findings are (a) the elastic parameter upsurges the velocity (b) heat source parameter raises the temperature (c) mass transfer rate was lowered by chemical reaction.