Unsteady Water-Based Ternary Hybrid Nanofluids on Wedges by Bioconvection and Wall Stretching Velocity: Thermal Analysis and Scrutinization of Small and Larger Magnitudes of the Thermal Conductivity of Nanoparticles

The uniqueness of nanofluids in the field thermal analysis and engineering is associated with their conductivity thermodynamics. dynamics water made up (i) single-walled carbon nanotubes larger magnitudes different shapes (i.e., platelet, cylindrical, spherical) (ii) moderately small platelet magnesium oxide, cylindrical aluminum spherical silicon dioxide) were explored order to address some scientific questions. In continuation exploration usefulness ternary hybrid nanofluid hydrodynamics geothermal systems, nothing known on comparative between two outlined above due bioconvection static wedges stretching at wall. Reliable valid numerical solutions governing equation that models transport phenomena mentioned are presented this report. heat transfer through wall increased velocity a smaller rate 0.52 higher 0.59 when nanoparticles used, respectively. Larger or used; had no significant effects mass but distribution gyrotactic microorganism was strongly affected. Increasing wedge’s same direction as phenomenon suitable for decreasing temperature owing either parallel perpendicular wedge.