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Markovian properties of velocity increments in boundary layer turbulence

Tutkun, Murat
Journal article, Peer reviewed
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URI
http://hdl.handle.net/11250/2435122
Date
2017
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  • Publikasjoner fra CRIStin [997]
  • Vitenskapelige publikasjoner / Scientific publications [882]
Original version
10.1016/j.physd.2017.03.002
Abstract
Markovian properties of the turbulent velocity increments in a flat plate boundary layer at Re = 19 100

are investigated using hot-wire anemometry measurements of the streamwise velocity component in a wind tunnel. Increments of the longitudinal velocities at di erent wall-normal positions show that the flow exhibits Markovian properties when the separation between di erent scales, or the Markov-Einstein coherence length, is on the order of the Taylor microscale, . The results indicate that Markovian nature of turbulence evolves across the boundary layer showing certain characteristics pertaining to the distance to the wall. The connection between the Markovian properties of turbulent boundary layer and existence of the spectral gap is explored. Markovianity of the process is also discussed in relation to the nonlocal nonlinear versus local nonlinear transfer of energy, triadic interactions and dissipation.
Journal
Physica D : Non-linear Phenomena

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