Vortex cluster arising from an axisymmetric inertial wave attractor
Journal of Fluid Mechanics, 2021 - cambridge.org
We present an experimental and numerical study of the nonlinear dynamics of an inertial
wave attractor in an axisymmetric geometrical setting. The rotating ring-shaped fluid domain …
wave attractor in an axisymmetric geometrical setting. The rotating ring-shaped fluid domain …
Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, I Sibgatullin, E Ermanyuk… - Journal of Fluid …, 2021 - hal.science
We present an experimental and numerical study of the non-linear dynamics of an inertial
wave attractor in an axisymmetric geometrical setting. The rotating ring-shaped fluid domain …
wave attractor in an axisymmetric geometrical setting. The rotating ring-shaped fluid domain …
[PDF][PDF] Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, I Sibgatullin, E Ermanyuk… - arXiv preprint arXiv …, 2020 - researchgate.net
We present an experimental study of the saturated non-linear dynamics of an inertial wave
attractor in an axisymmetric geometrical setting. The experiments are carried out in a rotating …
attractor in an axisymmetric geometrical setting. The experiments are carried out in a rotating …
Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, I Sibgatullin, E Ermanyuk, N Shmakova… - arXiv preprint arXiv …, 2020 - arxiv.org
We present an experimental study of the saturated non-linear dynamics of an inertial wave
attractor in an axisymmetric geometrical setting. The experiments are carried out in a rotating …
attractor in an axisymmetric geometrical setting. The experiments are carried out in a rotating …
Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, P Odier, S Joubaud, T Dauxois… - Journal of Fluid …, 2021 - elibrary.ru
This work was supported by the grant ANR-17-CE30-0003 (DisET) and by the LABEX
iMUST (ANR-10-LABX-0064) of Université de Lyon, within the program 'Investissements …
iMUST (ANR-10-LABX-0064) of Université de Lyon, within the program 'Investissements …
Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, I Sibgatullin, E Ermanyuk… - Journal of Fluid …, 2021 - ui.adsabs.harvard.edu
We present an experimental study of the saturated non-linear dynamics of an inertial wave
attractor in an axisymmetric geometrical setting. The experiments are carried out in a rotating …
attractor in an axisymmetric geometrical setting. The experiments are carried out in a rotating …
[PDF][PDF] Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, I Sibgatullin, E Ermanyuk, N Shmakova… - J. Fluid …, 2021 - perso.ens-lyon.fr
The dispersion relation of inertial waves obtained by seeking plane-wave solutions of the
linearised inviscid Navier–Stokes equations reads ω= fkz/k= f cosα, where ω is the wave …
linearised inviscid Navier–Stokes equations reads ω= fkz/k= f cosα, where ω is the wave …
Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, I Sibgatullin, E Ermanyuk… - Journal of Fluid …, 2021 - search.proquest.com
We present an experimental and numerical study of the nonlinear dynamics of an inertial
wave attractor in an axisymmetric geometrical setting. The rotating ring-shaped fluid domain …
wave attractor in an axisymmetric geometrical setting. The rotating ring-shaped fluid domain …
[PDF][PDF] Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, I Sibgatullin, E Ermanyuk… - arXiv preprint arXiv …, 2020 - academia.edu
We present an experimental study of the saturated non-linear dynamics of an inertial wave
attractor in an axisymmetric geometrical setting. The experiments are carried out in a rotating …
attractor in an axisymmetric geometrical setting. The experiments are carried out in a rotating …
Vortex cluster arising from an axisymmetric inertial wave attractor
S Boury, I Sibgatullin, E Ermanyuk, N Shmakova… - J. Fluid Mech, 2021 - cambridge.org
The dispersion relation of inertial waves obtained by seeking plane-wave solutions of the
linearised inviscid Navier–Stokes equations reads ω= fkz/k= f cosα, where ω is the wave …
linearised inviscid Navier–Stokes equations reads ω= fkz/k= f cosα, where ω is the wave …