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 …

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 …

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 …

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) …

Steady laminar flow of an incompressible Newtonian fluid through a curved pipe of small
curvature is considered. The governing equations of flow are obtained in terms of secondary …

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 …

The fully developed steady laminar flow of an idealized elastico-viscous liquid through a
curved tube with elliptic cross section is studied. The axes of the ellipse are placed in an …

The steady laminar flow of power-law fluid through pipes of circular cross-section, whose
center-line curvature varies locally, is analyzed theoretically. The flows, in three kinds of …

The fully developed steady flow of a fluid through a curved tube with elliptic cross-section is
studied, the cross-sectional area varying slowly with longitudinal distance. Using a …

A development of the first order solution of steady, laminar, axi-symmetric flow through
impermeable, circular pipes whose cross-sectional area varies slowly in the axial direction is …