Biological analysis of emerging nanoparticles with blood through propagating flow along a plumb porous canal in the occurrence of energy and heat transfer

Abstract

This paper presents the study of unsteady peristaltic flow across a channel with finite width and porous medium. Here, we have discussed the effects of nanoparticles on blood through a vertical porous sinusoidal channel with radiation and heat generation/ absorption cases. This work has not been yet discussed in literature. The aim of the present study is to see the effects of nano particles with blood in Esophagus to see its application in drug delivery and biomedical engineering etc. It also has many applications in microscale phenomena in physiology. Here blood is taken as a base fluid and nanofluid is prepared by the suspension of copper oxide nanoparticles in blood. Copper oxide is extremely useful in the medical domain for drug delivery and cancer treatment. In a restricted domain, the proceeding equations for temperature, transverse velocity, pressure gradient, axial velocity, volume flow rate, shear stresses at walls, average volume flow and stream function were solved. By plotting the graphs of temperature profile, velocity profile, wall shear stress, reflux limit, and stream lines, the effect of different parameters has been analyzed.