Scientific Breakdown of a Ferromagnetic Nanofluid in Hemodynamics: Enhanced Therapeutic Approach

In this article, we examine the mechanism of cobalt and tantalum nanoparticles through a hybrid fluid model. The nanofluid is propagating an anisotropically tapered artery with three different configurations: converging, diverging non-tapered. To rheology blood have incorporated Williamson model which reveals both Newtonian non-Newtonian effects. Mathematical physical formulations are derived using lubrication approach for continuity, momentum energy equations. impact magnetic field, porosity viscous dissipation also taken into proposed formulation. A perturbation used to determine solutions formulated nonlinear coupled behavior all leading parameters discussed velocity, temperature, impedance streamlines profile. current analysis has intention be in therapeutic treatments anemia because promotes production red cells since it component vitamin B12, addition having that bone implants iodinated agents imaging due its long circulation time. Moreover, order regulate temperature living environment, monitoring utmost necessity case tapering arteries. management control mobility at various temperatures may facilitated by presence field. findings enhanced provide important information researchers biomedical sciences who attempting analyze flow under stenosis settings will find knowledge useful treatment disorders.