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The influence of shear on double-diffusive and settling-driven instabilities
2018
Journal of Fluid Mechanics
The effects of shear on double-diffusive fingering and on the settling-driven instability are assessed by means of a transient growth analysis. Employing Kelvin waves within a linearized framework allows for the consideration of time-dependent waveforms in uniform shear. In this way, the effects of boundaries and of shear-driven instability modes can be eliminated, so that the influence of shear on the double-diffusive and settling-driven instabilities can be analysed in isolation. Shear is
doi:10.1017/jfm.2018.432
fatcat:pcrzaydu6vhvjosk4464or7duu