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Chapter
Stability of Interfacial Waves in Aluminium Reduction Cells
We have developed a simple model of reduction cell instabilities which highlights the critical role played by the single grou** J o B z /hH, w...
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Chapter and Conference Paper
Observations on Rapidly Rotating Turbulence
Experiments on rapidly rotating turbulence have been reported in recent years in which the Rossby number, Ro, drifts down towards unity as the energy of the turbulence decays (Davidson et al., 2006; Staplehurst e...
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Chapter and Conference Paper
On the structure of rapidly-rotating, decaying turbulence
Laboratory experiments of rotating turbulence at a Rossby number of order unity show three robust phenomena: (i) the rapid formation of columnar eddies aligned with the rotation axis; (ii) a dominance of cyclo...
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Chapter and Conference Paper
On the energy decay of grid generated turbulence
There is a long tradition of studying the decay of turbulent energy generated by grids. The main reason for this is that it is probably the simplest turbulent flow that exists. Despite its simplicity there are...
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Chapter and Conference Paper
Structure Formation in Homogeneous Rotating Turbulence
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Chapter and Conference Paper
On the Deficiency of Structure Functions as Inertial Range Diagnostics
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Chapter and Conference Paper
On the Decay of Isotropic Turbulence
We investigate the decay of freely-evolving, isotropic turbulence whose spectrum takes the form E(k→0)∼Ik4, I being Loitsyansky's integral. We report numerical simulations in a periodic domain whose dimensions, l
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Chapter
MHD Turbulence at Low and High Magnetic Reynolds Number
This chapter discuses the influence of magnetic fields on turbulence, with particular emphasis on homogeneous turbulence away from boundaries. We start, however, by recalling certain features of conventional t...
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Article
A new approach to numerical simulation of melt flows and interface instability in hall-héroult cells
A new approach to numerical analysis of magnetohydrodynamic phenomena in aluminum reduction cells is proposed. The flows of aluminum and cryolite, as well as the instability of the interface between the two la...
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Article
Natural convection in an aluminum ingot: A mathematical model
Strong buoyancy-driven flows are known to occur in the liquid metal pool of an aluminum ingot caster. These flows have a significant influence on the metallurgical structure of the ingot, largely through the r...
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Article
The importance of secondary flow in the rotary electromagnetic stirring of steel during continuous casting
This paper considers some aspects of the flow generated in a circular strand by a rotary electromagnetic stirrer. A review is given of one-dimensional models of stirring in which the axial variation in the sti...
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Chapter
The importance of secondary flow in the rotary electromagnetic stirring of steel during continuous casting
This paper considers some aspects of the flow generated in a circular strand by a rotary electromagnetic stirrer. A review is given of one-dimensional models of stirring in which the axial variation in the sti...