Stream, mass and intensity move qualities in a two layered stream overextending sheet depicts the critical job in different area of utilizations in designing and modern assembling process. Such applications include moderating of metallic as well as glass plates, polymer production with definite cross-sectional outlines, the manufacture of sheeting material are extruded by a die, condensation process and artificial fibers etc. Also, outer velocity is that term which is used in every objective and frequent use of that parameter is due to it’s nature of controlling heat generation and filtration process. The paper is considered the analysis of heat transfer characteristics and flow of MHD (magnetohydrodynamics) inclined outer velocity (oblique flow) on Casson fluid (non-Newtonian) originated over linearly expanding surface. The current study is focused on impact of oblique flow i.e., inclined outer velocity with aligned and non-aligned MHD flow over stretching sheet. The present scenario is also included nanofluid with Casson fluid with non-orthogonal MHD flow over linearly stretching sheet. This paper includes the effect of heat transportation on Casson fluid past an expanding surface under consideration of non-aligned MHD with oblique flow. Finally, analysis of inclined outer velocity and non-orthogonal MHD flow on Casson nanofluid past an expanding surface under consideration of heat source. For numerical arrangement, of above issues the similitude variable is worked to change over the incomplete differential condition into customary differential condition. From there on, customary differential condition has been determined mathematically by Runge-Kutta Fehlberg with help of shooting strategy. The impact of slanted external speed in stream, intensity and mass exchange qualities of different liquid boundaries have been broke down and their impact has been shown by tables and diagrams. The analysis of outcomes of current study is supported to improve quality of product at final stage in engineering and manufacturing industries. This work is helpful for the majority modern applications for instance warm oil recuperation, plan of pushed, happening cooling, drag decrease, microelectronics, power modules, coolants, heat trade, metallurgy process, electronic gear, atomic reactors, sunlight based authorities and so on.

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