In this work, we present a two-phase model of blood flow through a porous layered artery in
the presence of a uniform magnetic field. The characteristic of suspensions in blood allows …

A mathematical model is developed for hemodynamic transport of a reactive diffusing
species eg, oxygen in a rigid artery under constant axial pressure gradient and undergoing …

A mathematical study on solute dispersion has been carried out in a stenotic tube having an
absorptive wall—a study relevant to arterial pharmacokinetics. The rheology of blood is …

The paper develops a robust and computationally efficient homogenization approach,
grounded on exact local and integral moments, to investigate the temporal evolution of …

Solutal dispersion phenomena are associated with the nanoparticle-based drug delivery in
the cardiovascular system to cure cardiovascular disorder. In the present problem, we …

It is well known that the widely applied Taylor diffusion model predicts the longitudinal
distribution of tracers. Some recent studies indicate that the transverse concentration …

The analysis of Taylor dispersion in a fluid flowing through a narrow pipe is of considerable
interest among the scientific community. Most of the studies on dispersion primarily …

Present work concerns the combined effect of Jeffrey fluid parameter and varying nature of
viscosity on the solute dispersion in non-Newtonian fluids flow through small blood vessels …

A multiple-scale perturbation analysis is presented to analyse the two-dimensional
concentration distribution of passive contaminant released in an incompressible viscous …

This research discusses the significance of reactive solute dispersion relevant to ecological,
biological, and geological contexts. It examines solute movement under oscillatory Couette …