Framing the features of MHD boundary layer flow past an unsteady stretching cylinder in presence of non-uniform heat source

In this article main effort has been devoted towards the study of MHD boundary layer flow analysis past an unsteady continuously moving stretching cylinder invoking the partial slip mechanism. Furthermore we have analysed our investigation including the presence of non uniform heat source in the flow field. The emerging foremost flow related non-linear equations have been solved numerically via RK-4 approach which includes shooting technique. The impact of pertinent parameters on velocity and temperature profile has been deliberated with physical justification through tables and graphs. Furthermore statistical technique has been employed to reveal the correlation of parameters with the physical properties of the flow system. Our investigation explores that the temperature escalates due to the improvisation of curvature parameter.