Thermal flow of micropolar gold-blood nanofluid flowing through a permeable channel with impact of gyarotactic microorganisms

Presently, the scientists across world are carrying out theoretical as well experimental examinations for describing importance of nanofluid in heat transfer phenomena. Such fluids can be obtained by suspending nanoparticles base fluid. Experimentally, it has proved that thermal characteristics much better and appealing compared to traditional The current work investigates flow blood comprises micropolar gold nanoparticles. A microorganism creation also affects concentration inside channel. Suitable transformation used change mathematical model dimensionless form then have solved employing homotopy analysis method. In this investigation revealed that, fluid?s motion decays with growth Reynolds, Darcy numbers volumetric fraction. Thermal support augmentation fraction, while oppose Prandtl number. Density weakens Peclet bioconvection Lewis numbers.