Add to ORKGAbstract: This paper is concerned with a numerical study of steady fully developed second-grade flows in a curved pipe of circular cross-section and arbitrary curvature ratio, driven by a pressure drop. The qualitative behaviour of the secondary flows is analyzed with respect to inertia and viscoelasticity effects. Key–Words: Second–grade fluids, finite elements, curved pipes, secondary flows.
Motivated by the study of blood flow in a curved artery, we consider fluid flow through a curved pip...
Abstract It is well known that flows in curved ducts give rise to an instability that manifests itse...
Motivated by the study of blood flow in a curved artery, we consider fluid flow through a curved pip...
Abstract: This paper is devoted to the numerical study of steady fully developed second-grade flows ...
This paper presents a numerical study of the behavior of steady generalized Newtonian flows with she...
A numerical study, using the volume-of-fluid method (VOF), has been made of core-annular flow in a c...
The work of Dean and that of McConalogue and Srivastava on the steady motion of an incompressible fl...
AbstractThis paper is concerned with the application of finite element methods to obtain solutions f...
This paper is concerned with the application of finite element methods to obtain solutions for stead...
Steady, fully developed flows of second order fluids in curved pipes of circular cross-section have ...
The secondary motion of incompressible fluid for a fully developed turbulent flow in horizontally la...
Aim of the talk is to study a the effects of viscosity for incompressible generalized Oldroyd-B flow...
The secondary motion of incompressible fluid for a fully developed turbulent flow in horizontally la...
Fully developed viscoelastic flows in rotating curved pipes with circular cross section are investig...
Fully developed viscoelastic flows in rotating curved pipes with circular cross section are investig...
Motivated by the study of blood flow in a curved artery, we consider fluid flow through a curved pip...
Abstract It is well known that flows in curved ducts give rise to an instability that manifests itse...
Motivated by the study of blood flow in a curved artery, we consider fluid flow through a curved pip...
Abstract: This paper is devoted to the numerical study of steady fully developed second-grade flows ...
This paper presents a numerical study of the behavior of steady generalized Newtonian flows with she...
A numerical study, using the volume-of-fluid method (VOF), has been made of core-annular flow in a c...
The work of Dean and that of McConalogue and Srivastava on the steady motion of an incompressible fl...
AbstractThis paper is concerned with the application of finite element methods to obtain solutions f...
This paper is concerned with the application of finite element methods to obtain solutions for stead...
Steady, fully developed flows of second order fluids in curved pipes of circular cross-section have ...
The secondary motion of incompressible fluid for a fully developed turbulent flow in horizontally la...
Aim of the talk is to study a the effects of viscosity for incompressible generalized Oldroyd-B flow...
The secondary motion of incompressible fluid for a fully developed turbulent flow in horizontally la...
Fully developed viscoelastic flows in rotating curved pipes with circular cross section are investig...
Fully developed viscoelastic flows in rotating curved pipes with circular cross section are investig...
Motivated by the study of blood flow in a curved artery, we consider fluid flow through a curved pip...
Abstract It is well known that flows in curved ducts give rise to an instability that manifests itse...
Motivated by the study of blood flow in a curved artery, we consider fluid flow through a curved pip...