Heat transfer aspects in Carreau nanofluid having hybrid nanoparticles through a porous medium

The effects of nanofluid radiation and magnetic fields are important in biotechnology and medical treatment. The efficiency of hybrid nanomaterials flow (Carreau fluid) over a porous medium was investigated, and the findings were presented. The partial slip impact was used to thoroughly scrutinize the properties of the nanofluid flow. Using suitable variables, the PDEs in the Carreau model were reduced to ODEs, and the governing PDEs were transformed to ODEs using similarity transformations. The consequent ODEs are numerically investigated using the RKF-45 Method. Furthermore, the results of the parameters involved in thermal and velocity were discussed. To the finest of the journalists' knowledge, no one has endeavored to depict medical occurrences and medical approaches by watching the flow through a malleable porous medium including blood as a base fluid and hybrid nanostructure materials. Indeed, the endeavors of this study are exceptional, and the obtained simulations have never been published by anyone academic.

Automated summary

The importance of nanofluid radiation and magnetic fields in biotechnology and medical treatment was investigated and presented. The flow efficiency of hybrid nanomaterials over a porous medium was examined using the Carreau fluid model, and the properties of the nanofluid flow were thoroughly analyzed using the partial slip impact. The governing partial differential equations were transformed into ordinary differential equations using similarity transformations, and the resulting ODEs were numerically investigated using the RKF-45 Method. The study also discussed the results of thermal and velocity parameters.