Significance of adding titanium dioxide nanoparticles to an existing distilled water conveying aluminum oxide and zinc oxide nanoparticles: Scrutinization of chemical reactive ternary-hybrid nanofluid due to bioconvection on a convectively heated surface

Abstract With the emphasis on properties of titanium dioxide nanoparticles and numerous applications chemical reactive distilled water due to bioconvection in industries, nothing is known about significance adding an existing conveying aluminum oxide zinc when viscous dissipation, heat source, higher buoyancy forces thermal radiation are substantial. The governing partial differential equations that model motion both transport phenomena mentioned earlier were transformed into ordinary using appropriate similarity transmutations solved with bvp4c (MATLAB built-in function). Multiple linear regression ( i.e. , a statistical tool used explain outcomes related engineering parameters interest) was adopted for deep scrutinization exploration. outcome analysis suggests parameter can be control transferred via convection fluid flow. It detected magnetic field volume fraction nanoparticle useful reduce shear stress near surface. source ameliorates temperature, concentration decreases rise reaction parameter. Worthy conclude Peclet Schmidt number escalates density motile microorganisms.