Heat Source Effect on 3D Couple Stress Nanofluid Motion with Chemical Reaction via Stretching Sheet

Abstract

This research revealed that, the computational analysis of the combined effects of CR and HG on 3D MHD couple stress NFs liquid stream via SS. The objective of current research is to investigate the influence of HG and CR on a magnetized CS liquid via an inclined SS. The BL equations translated into a set of couple non-linear ODEs with help of suitable similarity transformations. The BL equations have been changed into dimensionless form with help of dimensionless variables and parameters. The R-K-F bvp4 programming algorithm and statistical solutions have been illustrated graphically with the support of shooting technique. We found, the temperature is high in CSNFs steam with large BM while opposite follows concentration of CSNFs with enhanced values of CR, Lewies number and thermophoresis parameter.