Study Of Nanoparticle Dispersion In Capillaries Using Power Law Nanofluid Model

This paper investigates the aspects of dispersion nanoparticles in blood capillaries linked to nanodrug delivery systems. Nanoparticles are injected intravenously and resultant fluid has been identified as nanofluid. The viscosity nanofluid is modelled using nanoparticle size dependent relation. properties studied power law fluid, owing their physically close simulations. model framed here solved applying method used by Sankarsubramanian Gill for deriving exchange coefficients. study conducted gives an insight into temperature, velocity three transport coefficients dispersed with respect various parameters like heat source parameter, volume fraction, index, nanoparticles, Grashof number, Darcy number slip parameter small values wall absorption under steady state conditions. MATLAB software plot graphs. outcomes reveal that physical chiefly govern dispersion. Convergence analysis also stated inhomogeneous Bessel differential equation obtained while solving problem. developed mathematical useful applications understand nanodrugs treatment cardio vascular diseases.