Heat transfer and pressure drop correlations for fully developed laminar Newtonian fluid flow
in curved and coiled circular tubes are reviewed. Curved geometry is one of the passive …

A numerical and experimental investigation of unsteady entry flow in a 90° curved tube is
presented to study the impact of the non-Newtonian properties of blood on the velocity …

The potential industrial applications of curved tubes for single-and two-phase flow are
reviewed within the context of physics of flow, trends in the development of technology, and …

Evidence suggests that atherogenesis is linked to local hemodynamic factors such as wall
shear stress. We investigated the velocity and wall shear stress patterns within a human …

抄録 This paper brings together recent information on flow in curved pipes. As to fully
developed laminar flow, the appearance of additional vortices for curved pipes of particular …

The flow through a curved tube whose radius of curvature varies with time was studied in
order to better understand flow patterns in coronary arteries. A computational flow model …

An experimental investigation was carried out of the development of steady, laminar,
incompressible flow of a Newtonian fluid in the entry region of a curved pipe for the entry …

Flow in a bifurcating tube system typifying a major bronchial bifurcation is studied
experimentally with a two color, two velocity component laser Doppler anemometer. The …

A secondary flow is set up when a fluid flows through a stationary curved pipe. The fluid in
the middle of the pipe moves outwards and that near the wall inwards. Dean showed that the …

Pressure drop measurement and prediction in curved pipes and elbow bends is reviewed
for both laminar and turbulent single‐phase fluid flow. For curved pipe under laminar flow …