Consideration of Ag-MgO Nanoparticles into a Free Bio-Convective Flow in Hybrid Nanofluid Generated along the Porous Medium
DOI:
https://doi.org/10.37934/cfdl.17.9.212222Keywords:
Hybrid nanofluid, free bioconvective flow, bioconvective boundary conditionAbstract
This article undertakes a numerical investigation of freely moving bioconvective flow occurring in the porous medium within a flow of Hybrid nanofluid infused with solid nanoparticles such as Silver (Ag) and Magnesium Oxide (MgO). The chief objectives of the research are to develop the transportation of heat. The flow model which is arranged will be initially transformed then reduced to an approach of ordinary differential equations in making use of non-dimensional quantities and similarity transformations. Now, induced system is unravelled by applying shooting technique with Runge-Kutta method in a MATLAB R2018a script. Various physical influences like heat sources, stratification, chemical reactions and the presence of portable micro-organisms are considered and fluctuations of temperature and velocity parameters are found in the results. Graphical abstracts illustrate the numerical integration of governing non-linear equations, encircling flow dynamics, temperature, concentration, microbe distribution and their interrelationships.
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