This chapter primarily deals with internal, isothermal, unsteady flows of a class of
incompressible fluids with both constant and shear or pressure dependent viscosity that …

The Fåhræus-Lindqvist effect is usually explained from a physical point of view with the so-
called Haynes' marginal zone theory, ie, migration of red blood cells (RBCs) to a core layer …

The decrease in apparent relative viscosity that occurs when blood is made to flow through a
tube whose diameter is less than about 0.3 mm is a well-known and documented …

A meaningful discussion of the mathematical properties of the equations governing the flow
of fluids first requires a proper understanding of what we mean by a fluid as well as a clear …

The development of affordable and reliable methods for quantitative determination of stable
atomic nuclei in aqueous solutions and adjuvant agents used in tumor chemotherapy is an …

We investigate the entrance flow of a suspension modeled as a single inhomogeneous fluid.
The inhomogeneity is due to non-uniform particles distribution on the vessel cross section …

The objective of the present study is to investigate the effects of variable viscosity on
incompressible laminar pulsatile flow of blood through an overlapping doubly constricted …

In this paper, we study the pressure-driven thin film flow of an inhomogeneous
incompressible fluid in which its viscosity depends on the density. The constitutive response …

This work investigates the steady state momentum and heat transfer in a fully developed
flow of viscous third-grade fluid through a cylindrical pipe, such that the general spatial …

In this note we present a mathematical model for the channel flow of a Bingham fluid in
which the rheological parameters are not constant. We consider two different situations:(i) …