Computational Analysis of Nanofluids Based Drug Delivery System

Abstract

Nanoparticles have been widely employed as a drug delivery carrier and a direct targeting agent. Off course, nanoparticles have been precisely and accurately designed to improve their therapeutical efficacy. Nowadays, computational modeling is frequently used to design novel and smart nanoparticles. In this chapter, we provide an overview and general idea about nanofluids in association with computational applications aimed at the improvement of nano-drug delivery coordination. Nanotechnology and nanobiotechnology-based conceptual innovations in combination with computational modeling are extensively employed in various areas of basic and applied sciences. On the same line, these technologies have a greater impact in the field of medicine and biology. We intended to look upon different aspects regarding nano-drugs and nanofluids comprising their preparation and stabilization methods and also focusing on mathematical modeling, stability mechanism, and biomedical applications of nanofluids. Similarly, imperative and special concern was given to the topic of computational fluid dynamics (CFD).