We study the temperature distribution of a power law fluid in a pressure-driven axial flow
between isothermal eccentric cylinders in bipolar cylindrical coordinates. We begin our …

An integral approach of the boundary layer analysis is employed for the modeling of fluid
flow around and heat transfer from infinite circular cylinders in power-law fluids. The Von …

For arbitrary symmetrical cylinders, where the free stream velocity may be expanded in a
power series of the body arc length, series solutions for the momentum and energy …

In the present study, the momentum and heat transfer aspects from an isothermally rotating
cylinder immersed in a power-law fluid, confined symmetrically and asymmetrically between …

The two-dimensional steady-state natural convection of power-law fluids is studied
numerically between two concentric horizontal cylinders with different constant …

In this work, the influence of asymmetric confinement on momentum and heat transfer
characteristics from a heated circular cylinder submerged in power-law liquids has been …

The linear stability analysis of a Newtonian fluid between two coaxial vertical cylinders with
a radial temperature gradient shows the existence of thermal and hydrodynamic …

The circular Couette flow with a radial temperature gradient ] Page 1 12th International
Couette-Taylor Workshop, September 6-8, 2001, Evanston, IL USA The circular Couette flow …

This paper presents a numerical study of two dimensional incompressible flow of non-
Newtonian power-law fluid over a pair of elliptical tandem cylinders confined in a channel …

Forced convection heat transfer has been investigated numerically for a pair of identical
circular cylinders in side-by-side and in tandem arrangements confined in an adiabatic …