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In the present paper, recent experimental results on large scale coherentsteady states observed in experimental von K{\'a}rm{\'a}n flows are revisitedfrom a statistical mechanics perspective. The latter is rooted on two levels ofdescription. We first argue that the coherent steady states may be described asthe equilibrium states of well-chosen lattice models, that can be used todefine global properties of von K{\'a}rm{\'a}n flows, such as theirtemperatures. The equilibrium description is then enlarged, in order toreinterpret a series of results about the stability of those steady states,their susceptibility to symmetry breaking, in the light of a deep analogy withthe statistical theory of Ferromagnetism. We call this analogy"Ferro-Turbulence"

A statistical mechanics framework for the large-scale structure of turbulent von K{\'a}rm{\'a}n flows