Experiments were carried out in the wavy flow between concentric cylinders with the inner cylinder rotating and outer cylinder fixed. The radius and aspect ratios were 0.8 and 44, respectively. The electrodiffusion method with a three-segment and simple micro-electrodes was used for study of the axial and azimuthal components of shear rate at the outer cylinder. The axial distributions of these components were obtained by sweeping the vortices along the probes using a slow axial flow. The wavelength and phase celerity of waves, height of vortices and their drifting velocity were calculated from the measured limiting diffusion currents
International audienceIn the simplest and original case of study of the Taylor Couette TC problems, ...
The light line (orange online)–the axial component; the dark line (blue online)–the azimuthal compon...
International audienceIn this paper, we investigate the effects of an imposed axial flow on hydrodyn...
Experiments were carried out in the wavy flow between concentric cylinders with the inner cylinder r...
Experiments were carried out in the flow between concentric cylinders with the inner cylinder rotati...
Wall shear rate and its axial and azimuthal components were evaluated in stable Taylor vortices. The...
Taylor-Couette-Poiseuille (TCP) flow was studied in a wide range of Taylor numbersand low axial Reyn...
Flow patterns of a Taylor-Couette-Poiseuille flow were studied at low axial Reynolds and rotational ...
Flow patterns of a Taylor-Couette-Poiseuille flow were studied at low axial Reynolds and rotational ...
Flow patterns of a Taylor-Couette-Poiseuille flow were studied at low axial Reynolds and rotational ...
Wall shear rate and its axial and azimuthal components were evaluated in stable Taylor vortices. The...
Ce travail est une étude expérimentale permettant de mettre en évidence la cartographie générale de ...
Taylor-Couette is the flow of an incompressible fluid in the gap between two concentric cylinders an...
International audienceThe Taylor-Couette problem is a fundamental model in bifurcation theory and hy...
The light thick line (yellow online)–total wall shear rate; the darkest line (blue online)–the azimu...
International audienceIn the simplest and original case of study of the Taylor Couette TC problems, ...
The light line (orange online)–the axial component; the dark line (blue online)–the azimuthal compon...
International audienceIn this paper, we investigate the effects of an imposed axial flow on hydrodyn...
Experiments were carried out in the wavy flow between concentric cylinders with the inner cylinder r...
Experiments were carried out in the flow between concentric cylinders with the inner cylinder rotati...
Wall shear rate and its axial and azimuthal components were evaluated in stable Taylor vortices. The...
Taylor-Couette-Poiseuille (TCP) flow was studied in a wide range of Taylor numbersand low axial Reyn...
Flow patterns of a Taylor-Couette-Poiseuille flow were studied at low axial Reynolds and rotational ...
Flow patterns of a Taylor-Couette-Poiseuille flow were studied at low axial Reynolds and rotational ...
Flow patterns of a Taylor-Couette-Poiseuille flow were studied at low axial Reynolds and rotational ...
Wall shear rate and its axial and azimuthal components were evaluated in stable Taylor vortices. The...
Ce travail est une étude expérimentale permettant de mettre en évidence la cartographie générale de ...
Taylor-Couette is the flow of an incompressible fluid in the gap between two concentric cylinders an...
International audienceThe Taylor-Couette problem is a fundamental model in bifurcation theory and hy...
The light thick line (yellow online)–total wall shear rate; the darkest line (blue online)–the azimu...
International audienceIn the simplest and original case of study of the Taylor Couette TC problems, ...
The light line (orange online)–the axial component; the dark line (blue online)–the azimuthal compon...
International audienceIn this paper, we investigate the effects of an imposed axial flow on hydrodyn...