Magnetohydrodynamic Effect on 3D Nanofluid Flow via Stretching/Shrinking Surface

This study presents a numerical technique to analyze the MHD effect on the motion of 3D NFs via shrinking or SS under convective BCs. The investigation incorporates convective and VSC. The gov. eqs. are transformed into a set of coupled NLODEs using appropriate ST. These transformed nonlinear equations are calculated using R-K-F method combined with the shooting technique. The influence of various physical parameters on , and distributions is illustrated graphically. Other that, the study evaluates SF coefficient and HTR for different NFs parameters.