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Buoyancy-induced velocity dip in turbulent open Poiseuille--Rayleigh--Bénard convection
We investigate buoyancy-induced transitions in flow structure and the associated velocity dip in turbulent mixed convection. Numerical simulations are performed for an open Poiseuille--Rayleigh--Bénard system with a heated no-slip lower wall and a cooled free-slip upper boundary over $10^5 \leq Ra \
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