In this study, the fundamental problem of biomagnetic fluid flow in an aneurysmal geometry
under the influence of a steady localized magnetic field is numerically investigated. The …

Purpose The purpose of this paper is to study haemodynamic flow characteristics and
entropy analysis in a bifurcated artery system subjected to stenosis, magnetohydrodynamic …

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

For numerically studying blood flow in a pathological vessel under the influence of a
magnetic field, it is necessary to develop an approach that tracks the moving tissue and …

A stabilized form of finite element formulation known as the Galerkin least-squares (GLS)
method is implemented here for solving the two-dimensional incompressible non-Newtonian …

To numerically study blood flow in an aneurysm, the development of an approach that tracks
the moving tissue and accounts for its interaction with the fluid is required. This study …

Blood flow dynamics have an integral role in the formation and evolution of cardiovascular
diseases. Simulation of blood flow has been widely used in recent decades for better …

Mathematical modelling of blood flow is developed by treating blood as a Newtonian fluid. In
this study, stenosis has been accounted as an overlapping shaped in two-dimensional …

Background-Aim: Limited data exist concerning the fluid dynamic changes induced by
endovascular aortic repair with fenestrated and chimney graft modalities in pararenal …

In this research, a non-Newtonian model for blood flow within a stenosed artery is
investigated numerically. Finite Element Method of Galerkin's weighted residual scheme is …