The problem considered here is the steady laminar flow of an incompressible viscous fluid in
a curved concentric annulus. A literature survey, including Berger, Talbot, and Yao (1983) …

A literature survey (Berger, Talbot & Yao 1983) indicates that laminar viscous flow in curved
pipes has been extensively investigated. Most of the existing analytical results deal with the …

The Navier-Stokes equations for the flow of a viscous incompressible fluid through curved
pipes of different sections are solved in power series of the curvature of the pipe. The …

The steady laminar motion of fluid through pipes of circular cross-section, the curvature of
whose centre-line varies locally, is analysed theoretically. The flow in three kinds of pipes …

Theoretical calculations are carried out for the steady laminar incompressible flow of an
ordinary viscous fluid in a curved annulus. At first the flow parameters are evaluated for the …

The flow in the pipe is assumed to be steady and axially symmetric with respect to the axis of
the curved pipe. The two velocity components in the plane of the cross section, defined with …

Steady laminar flow through thin curved pipes Page 1 Fluid Dynamics Research Steady laminar
flow through thin curved pipes To cite this article: L Todd 1987 Fluid Dyn. Res. 1 237 View the …

An efficient finite element approximation of the Navier-Stokes equations is presented for the
viscous flow through a curved tube. The motion depends on two parameters: the Reynolds …

In this paper, the analysis on secondary flow in curved elliptic pipes of Topakoglu & Ebadian
(1985) has been extended up to a point where the rate-of-flow expression is obtained for …

This paper is concerned with steady, laminar flow of an incompressible NewtoNan fluid in
curved pipes of nonuniform cross-section. During the past decade a number of numerical …