Abstract
This manuscript discussed with the analysis of steady MHD slip flow past a stretching cylinder with outer velocity and heat generation. Using similarity conversions, the mathematical equations are moulded into differential equations which are numerically solved by a bvp4c code in MATLAB. The representative model considered the influence of thermophoresis and Brownian motion. The consequences of the various fluid parameters namely Brownian motion, outer velocity, magnetic, heat generation, partial slip, thermophoresis, radiation and outer velocity on the velocity, temperature and concentration are displayed graphically. Validation of this technique is defending by correlated the current results with the extant outcomes in the literature.
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