A reactive hydromagnetic heat generating fluid flow with thermal radiation within porous channel with symmetrical convective cooling

Buoyancy driven flow of a reactive hydromagnetic heat generating fluid through a porous channel

“…with the series solution (12) in (10) and 11 Therefore, the velocity and momentum equations (13) and (14) are reduced to:…”

“…In many aspects of these studies, various physical aspects order the fluid behaviour flowing through a porous medium which measures the capacity and ability of the formation to transmit fluid. For instance, HASSAN et al (2017) recently examined the survey of a radiative energy transfer of a reactive hydromagnetic fluid flowing in the midst of parallel porous plates with convective boundary status obeying the cooling law of Newton.…”

“…Accordingly, the current survey intends to extend the recent work of HASSAN and MARITZ (2016a) and HASSAN et al (2017), in order to analyse the striking effect of buoyancy force and porosity on a reactive hydromagnetic heat source of fluid flow with parallel fixed plates with respect to Arrhenius chemical kinetics which was not accounted for in the previous study. The importance in several engineering and industrial applications has already been highlighted above.…”

The effects of thermal radiation on the flow of a reactive hydromagnetic heat generating couple stress fluid through a porous channel

“…The dimensionless expressions for fluid velocity and heat transfer are achieved using modified Adomian decomposition method (mADM). This method is very productive in such a way that it does not require any of linearisation, discretization and the use of guess value or perturbation technique as discussed in [20]. Moreso, the literature is rich on the mADM and investigation are readily available in [30][31][32][33] including the convergence with size-able iteration in [34,35].…”

“…At the same time, the impact of thermal radiation on fluid flow cannot be overlooked owing to the substantive role it plays in space engineering as in [15,[20][21][22]. Most importantly, Mukhopadhyay [23] highlighted that thermal radiation impacts can play a vital role in monitoring heat transfer in polymer processing industries where the feature of the end product depends on the heat controlling factors determine the end product.…”