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ON THE MECHANISMS OF DIMENSIONAL TRANSITION IN STABLY STRATIFIED TURBULENT FLUID LAYERS

The purpose of this short review communication is to present some recent results on the effects of stable density stratification on the three-dimensional turbulent dynamics of ”thin” fluid layers forced at intermediate scales. In particular, how the stratification and the confinement affect the mechanism of kinetic and potential energy transfer between different scales. Results on two-dimensional vertically stratified flows and possible applications for stably stratifed atmospheric boundary layer will be shortly discussed.