In this work, a variational multiscale finite element formulation is used to study bifurcation
flows of non-Newtonian fluids, using a representative simplified Carotid Artery geometry. In …

The influence of Thermophoresis and Brownian motion on the pulsing flow of nano-fluid
(blood) through a curved artery with stenosis and post-stenotic dilatation in its interior is …

In this study, a mathematical model is formulated to examine the blood flow through a
cylindrical stenosed blood vessel. The stenosis disease is caused because of the abnormal …

The carotid artery is one of the most favorable locations for atherosclerotic plaque
accumulation due to its unique geometry. It predominantly occurs at the outer wall of the …

In this article, we have examined the impacts of curvature on the time dependent non-
Newtonian flow of the nano-fluid. In this numerical study, a mathematical framework is …

A mathematically created model that represents the flow of blood by a stenotic blood vessel
is used in the current investigation. The stenotic malady is arising due to the abnormal …

This study examines how ternary hybrid nanoparticles affect electroosmotic vascular flow
kinetics and heat transfer. Through a meticulous exploration of their intricate interplay, this …

In this article, the dynamics of blood with suspended magnetic particles in coronal and
femoral arteries are investigated. The flow of blood is examined in the presence of external …

Abstract In this research, the (2+ 1)‐dimensional normal biological population model,
incorporating the Verhulst law for population growth, is employed to explore species …

An interaction between a thin cylindrical elastic tube and a viscous fluid filling the thin
interior of the elastic tube is considered when the thickness of the elastic medium (ε ε) and …