Exact relation for correlation functions in compressible isothermal turbulence
arXiv:1108.4529 · doi:10.1103/PhysRevLett.107.134501
Abstract
Compressible isothermal turbulence is analyzed under the assumption of homogeneity and in the asymptotic limit of a high Reynolds number. An exact relation is derived for some two-point correlation functions which reveals a fundamental difference with the incompressible case. The main difference resides in the presence of a new type of term which acts on the inertial range similarly as a source or a sink for the mean energy transfer rate. When isotropy is assumed, compressible turbulence may be described by the relation, , where is the radial component of the two-point correlation functions and is an effective mean total energy injection rate. By dimensional arguments we predict that a spectrum in may still be preserved at small scales if the density-weighted fluid velocity, $ρ^{1/3} \uu$, is used.
10 pages, 1 figures, will appear in PRL
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