Infinite Shear Rate Viscosity Model of Cross Fluid Flow Containing Nanoparticles and Motile Gyrotactic Microorganisms Over 3-D Cylinder

Abstract

Cross nanofluidic model yields extraordinary results and describes the behaviour of nanofluid at very high and very low shear rate. In this paper infinite shear rate viscosity model of cross nanofluid flow containing nanoparticles and motile gyrotactic microorganisms over three dimensional horizontal cylinder is taken. In this attempt simultaneous utilization of nanoparticles along with motile microorganisms attached mathematical model of cross fluid and three-dimensional geometry of cylinder has been carried out as an innovation. For the inspection of velocity profile of cross nanofluid inclined magnetic field is scrutinized. Temperature of Cross nanofluid and its concentration is also carried out with several facts. Mass flux and heat flux values for motile microorganisms and nanoparticles are calculated through statistical graphs. This attempt reveals that small variation of Brownian motion parameter gives lower concentration of nanoparticle about 80.21% and 78.44% reduction is found in concentration of motile microorganisms.

A tripe diffusion bioconvective model for thixotropic nanofluid with applications of induced magnetic field

“…Obalalu et al 15 evaluated the two phase nanofluid properties in entropy generated flow accounted by vertical plate. The 3D flow of nanofluid with fluctuated viscosity role was inspected by Darvesh et al 16 . Ige et al 17 executed the transient regime flow of blood liquid with interaction of hybrid nanofluid.…”

Influence of motile gyrotactic microorganisms over cylindrical geometry attached Cross fluid flow mathematical model

“…Numerical analysis of facts of bioconvection flow along the magnetized Carreau nanofluid model containing motile microorganisms over wedge geometry was discussed by Muhammad et al 25 . the study of Cross fluid flow containing nanoparticles along with motile gyrotactic microorganisms over three‐dimensional (3D) cylinder by using Infinite shear rate viscosity model was given by Darvesh et al 26 Several other informative and captivating facts were also a part of the literature. Elayarani et al 27 .…”

“…Different geometries based on the gyrotactic microorganism included wedge, heated surface, stretching sheet, moving cylinder, and horizontal cylinder and several other studies 23,24 are part of the literature. Numerical analysis of facts of bioconvection flow along the magnetized Carreau nanofluid model containing motile microorganisms over wedge geometry was discussed by Muhammad et al 25 the study of Cross fluid flow containing nanoparticles along with motile gyrotactic microorganisms over threedimensional (3D) cylinder by using Infinite shear rate viscosity model was given by Darvesh et al 26 Several other informative and captivating facts were also a part of the literature. Elayarani et al 27 provided the idea of heat and mass transport for fluidcontaining gyrotactic microorganisms by Carreau nanofluid flow models.…”