A numerical study, using the volume-of-fluid method (VOF), has been made of core-annular flow in a curved pipe. We investigated two cases: core-annular flow in a 90 bend and in a 180 return bend. Special attention was given to the influence of secondary flows perpendicular to the pipe axis. These secondary flows play an important role in the behaviour of core-annular flow in a curved pipe.MSC program/Mechanical EngineeringProcess and EnergyMechanical, Maritime and Materials Engineerin
A theoretical investigation has been made of core-annular flow: the flow of a high-viscosity liquid ...
high-viscosity liquid core surrounded by a laminar low-viscosity liquid annular layer through a vert...
The turbulent flow in a pipe of annular cross section is studied for the first time through a direct...
A numerical study, using the volume-of-fluid method, has been made of laminar core-annular flow in a...
Abstract: This paper is concerned with a numerical study of steady fully developed second-grade flow...
A numerical study (taking into account inertial -, viscous - and pressure forces) has been made of e...
Abstract: This paper is devoted to the numerical study of steady fully developed second-grade flows ...
Understanding the impact mechanism of the oil properties and the bend geometric parameters on oil–wa...
The volume of fluid (VOF) model together with the continuum surface stress (CSS) model is proposed t...
Theoretical calculations are carried out for the steady laminar incompressible flow of an ordinary v...
high-viscosity liquid core surrounded by a laminar low-viscosity liquid annular layer through a vert...
This thesis deals with turbulent flows in 90 degree curved pipes of circular cross-section. The flow...
The turbulent flow in a pipe of annular cross section is studied for the first time through a direct...
A direct numerical simulation is performed for a turbulent concentric annular pipe flow at ReDh 890...
AbstractA three-dimensional computational analysis has been carried out to investigation the pulsati...
A theoretical investigation has been made of core-annular flow: the flow of a high-viscosity liquid ...
high-viscosity liquid core surrounded by a laminar low-viscosity liquid annular layer through a vert...
The turbulent flow in a pipe of annular cross section is studied for the first time through a direct...
A numerical study, using the volume-of-fluid method, has been made of laminar core-annular flow in a...
Abstract: This paper is concerned with a numerical study of steady fully developed second-grade flow...
A numerical study (taking into account inertial -, viscous - and pressure forces) has been made of e...
Abstract: This paper is devoted to the numerical study of steady fully developed second-grade flows ...
Understanding the impact mechanism of the oil properties and the bend geometric parameters on oil–wa...
The volume of fluid (VOF) model together with the continuum surface stress (CSS) model is proposed t...
Theoretical calculations are carried out for the steady laminar incompressible flow of an ordinary v...
high-viscosity liquid core surrounded by a laminar low-viscosity liquid annular layer through a vert...
This thesis deals with turbulent flows in 90 degree curved pipes of circular cross-section. The flow...
The turbulent flow in a pipe of annular cross section is studied for the first time through a direct...
A direct numerical simulation is performed for a turbulent concentric annular pipe flow at ReDh 890...
AbstractA three-dimensional computational analysis has been carried out to investigation the pulsati...
A theoretical investigation has been made of core-annular flow: the flow of a high-viscosity liquid ...
high-viscosity liquid core surrounded by a laminar low-viscosity liquid annular layer through a vert...
The turbulent flow in a pipe of annular cross section is studied for the first time through a direct...