Effect of Uneven Heat Sink/Source and Nonlinear Radiation on Hydromagnetic Casson Fluid Flow Past an Inclined Elongating Sheet

Objectives: The present article investigates the steady flow of hydromagnetic Casson fluid past an inclined stretched sheet with existence nonlinear radiation and Joule heating effects. Methods: A numerical model is established then solved using BVP4c MATLAB technique. Findings: In this work we described about influence Grashof number, non-uniform heat source, Biot parameter, hydrodynamics, radiation, chemical reaction, local number Schmidt parameters on mass rate transport was discussed through tabular result graphs. It clear that decreases higher increase in numbers. Increases amount thermophoresis parameter transport. Novelty: To best extent authors’ belief so far, no attempt made to inspect flow, thermal transfer uneven sink/source non-linear embedded viscous dissipation, thermophoresis, Brownian diffusion, fluid. Keywords: NonUniform Heat Sink/Source; Fluid; Heating; NonLinear Radiation; Hydromagnetic