This contribution is to add to the timely celebration of Professor RB Bird's outstanding career
and accomplishments. Following introductory remarks on material/fluid types, the paper …

Targeted drug delivery to cancer cells utilizing antibodies against oncogenic cell-surface
receptors is an emerging therapeutical approach. Here, we developed a computational …

Cardiovascular diseases are unfortunately one of the leading causes of death in today's
society. It is important to analyze blood flow in various parts of the circulatory system. The …

Atherosclerosis, which causes the artery walls to thicken, the lumen to narrow, and the wall
to thin in some places, is characterized by plaque accumulation in the arteries. These blood …

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 present study considers the mathematical modeling of unsteady non-Newtonian hydro-
magnetic nano-hemodynamics through a rigid cylindrical artery featuring two different …

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 …

Unsteady solute dispersion in a pulsatile Herschel–Bulkley fluid flow in a tube is
reinvestigated to examine the significance of the skewness and kurtosis on the …

Due to significant advances in nanomedicine, magnetic nanoparticles (MNs) have emerged
as a promising carrier in targeted magnetic drug delivery (TMDD) systems. Therefore, this …