The present work reports numerical simulations of blood flow patterns and wall shear stress
(WSS) distributions in stenotic arteries, modelled as straight tubes. Inflow waveforms have …

Understanding the behavior of viscoelastic (VE) fluids in confined geometries is crucial for
applications in biologic systems, heat transfer devices, enhanced oil recovery, and many …

Numerical simulations are presented for three-dimensional flow and mass transfer of semi-
volatile organic compounds (SVOCs) in cylindrical and semi-cylindrical shallow chambers …

In this paper, the inertial and non-isothermal flows of the viscoelastic fluid through a planar
channel with symmetric sudden expansion are numerically simulated. Effects of pitchfork …

In this paper, the flow of viscoelastic fluids is numerically studied through a planar gradual
(non-abrupt) channel with the expansion ratio of 1: 3. Here, the rheological model of the …

In this work, we have numerically studied the heat transfer of viscoelastic fluid flow inside a
planar channel with 1: 3 abrupt expansion. For modeling rheological behavior of non …

The formation and growth of symmetric and asymmetric recirculation regions play an
important role in the viscous dissipations, temperature distribution, and heat transfer rate. In …

In this article, a periodic developing blood flow in a capillary is simulated using a non-linear
viscoelastic model for the first time. Here, the Giesekus model is used as the constitutive …

A numerical study of stress distribution of polymeric viscoelastic fluids passing through
planar gradual expansion channels is conducted. To model the viscoelastic behavior in …

Laminar flow of non-Newtonian fluid (shear-thinning) through a 1: 3 planar gradual
expansion is numerically investigated, for various Power-Law index (0.6, 0.8 and 1.0) and …