Abstract
An analytical approach have been carried to study the mixed convective flow in presence of Casson fluid in a porous channel with an external constraint of magnetic field applied uniformly to the physical model. Perturbation technique has been implemented to find the characteristics of non-linear coupled partial differential equations of concentration, temperature and velocity. The pictorial representation of the effect of physical parameters such as Reynolds number R, Hartman number M2, Casson parameter β, buoyancy parameter λ, chemical reaction rate \(\gamma\), concentration buoyancy parameter N, Prandtl number Pr, Schmidt number Sc on concentration, temperature and velocity has been studied. As the variation of non-dimensional parameters make an important role in studying the changes on concentration, temperature and velocity. The analysis of the solution is also compared with the earlier work, and for a particular case, it has been found to be good agreement.
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