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1
Sloping convection: A paradigm for large-scale waves and eddies in planetary atmospheres?
Published 1994“…These general properties were first discovered in cylindrical (annular) systems, but they do not depend critically on geometry; differences between spherical and cylindrical systems are largely to be found in quantitative details. …”
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2
QUAGMIRE v1.3: a quasi-geostrophic model for investigating rotating fluids experiments
Published 2009“…The model uses a hybrid finite-difference/spectral approach to numerically integrate the coupled nonlinear partial differential equations of motion in cylindrical geometry in each layer. Version 1.3 implements the special case of two fluid layers of equal resting depths. …”
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3
QUAGMIRE v1.3: a quasi-geostrophic model for investigating rotating fluids experiments
Published 2008“…The model uses a hybrid finite-difference/spectral approach to numerically integrate the coupled nonlinear partial differential equations of motion in cylindrical geometry in each layer. Version 1.3 implements the special case of two fluid layers of equal resting depths. …”
Journal article -
4
QUAGMIRE v1.3: a quasi-geostrophic model for investigating rotating fluids experiments
Published 2008“…The model uses a hybrid finite-difference/spectral approach to numerically integrate the coupled nonlinear partial differential equations of motion in cylindrical geometry in each layer. Version 1.3 implements the special case of two fluid layers of equal resting depths. …”
Journal article -
5
Breeding and predictability in the baroclinic rotating annulus using a perfect model
Published 2008“…This behaviour is studied in the Met Office/Oxford Rotating Annulus Laboratory Simulation ĝ€" a model of the classic rotating annulus laboratory experiment with differentially heated cylindrical sidewalls, which is firmly established as an insightful laboratory analogue for certain kinds of atmospheric dynamical behaviour. …”
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6
Breeding and predictability in the baroclinic rotating annulus using a perfect model
Published 2008“…This behaviour is studied in the Met Office/Oxford Rotating Annulus Laboratory Simulation - a model of the classic rotating annulus laboratory experiment with differentially heated cylindrical sidewalls, which is firmly established as an insightful laboratory analogue for certain kinds of atmospheric dynamical behaviour. …”
Journal article -
7
A rotating annulus driven by localized convective forcing: a new atmosphere-like experiment
Published 2017“…We present an experimental study of flows in a cylindrical rotating annulus convectively forced by local heating in an annular ring at the bottom near the external wall and via a cooled circular disk near the axis at the top surface of the annulus. …”
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8
An evaluation of Eulerian and Semi-Lagrangian advection schemes in simulations of rotating, stratified flows in the laboratory. Part I: Axisymmetric flow
Published 2000“…A series of numerical simulations of steady, thermally stratified flow of a Boussinesq, incompressible fluid in a rotating, cylindrical fluid annulus were carried out over ranges of spatial resolution, grid stretch, and rotation rate. …”
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9
Dynamics of convectively driven banded jets in the laboratory
Published 2007“…Deep, rotating convection on small horizontal scales was induced by gently and continuously spraying dense, salty water onto the free surface of the 13-m-diameter cylindrical tank on the Coriolis platform in Grenoble, France. …”
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10
Experiments on the structure of baroclinic waves and zonal jets in an internally heated, rotating, cylinder of fluid
Published 1998“…In this paper we report a laboratory investigation of the motion within a rotating cylinder of fluid subject to internal heating and to cooling at the outer cylindrical sidewall. The internal heating is supplied by ohmic dissipation as an electric current passes between the outer sidewall and an axial wire. …”
Journal article -
11
Data for "Energetic Constraints on Baroclinic Eddy Heat Transport with a Beta Effect in the Laboratory"
Published 2024“…The dataset includes temperature and velocity fields, etc. In the cylindrical coordinate, there are 120 zonal grids, 180 radial grids, and 486 vertical grids for the beta-plane case. …”
Dataset