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Turbulence in Digital Environments Laboratory

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  • DNS Database
    • Channel
    • Couette
  • Home
  • Members
  • Research
  • Publications
  • Teaching
  • DNS Database
    • Channel
    • Couette

DNS database of turbulent channel flows
(mirror of https://turbulence.oden.utexas.edu/) 
Re
τ ​ = 2000

Mean velocity profile and pressure

lm_channel_2000_mean_prof.dat
File Size: 60 kb
File Type: dat
Download File

lm_channel_2000_mean_stdev.dat
File Size: 60 kb
File Type: dat
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(Co)Variances of velocity components

lm_channel_2000_vel_fluc_prof.dat
File Size: 89 kb
File Type: dat
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lm_channel_2000_vel_fluc_stdev.dat
File Size: 89 kb
File Type: dat
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Variances of vorticity components and pressure

lm_channel_2000_vor_pres_fluc_prof.dat
File Size: 89 kb
File Type: dat
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lm_channel_2000_vor_pres_fluc_stdev.dat
File Size: 89 kb
File Type: dat
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Velocity pressure correlation

lm_channel_2000_vp_prof.dat
File Size: 50 kb
File Type: dat
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lm_channel_2000_vp_stdev.dat
File Size: 50 kb
File Type: dat
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Terms in Reynolds stress transport equation(RSTE)

<uu>
lm_channel_2000_rste_uu_prof.dat
File Size: 89 kb
File Type: dat
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lm_channel_2000_rste_uu_stdev.dat
File Size: 89 kb
File Type: dat
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<vv>
lm_channel_2000_rste_vv_prof.dat
File Size: 89 kb
File Type: dat
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lm_channel_2000_rste_vv_stdev.dat
File Size: 89 kb
File Type: dat
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<ww>
lm_channel_2000_rste_ww_prof.dat
File Size: 90 kb
File Type: dat
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lm_channel_2000_rste_ww_stdev.dat
File Size: 90 kb
File Type: dat
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<uv>
lm_channel_2000_rste_uv_prof.dat
File Size: 89 kb
File Type: dat
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lm_channel_2000_rste_uv_stdev.dat
File Size: 89 kb
File Type: dat
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K = (<uu> + <vv> + <ww>)/2
lm_channel_2000_rste_k_prof.dat
File Size: 90 kb
File Type: dat
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lm_channel_2000_rste_k_stdev.dat
File Size: 90 kb
File Type: dat
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1D energy spectra 

HDF5 format - Not normalized by u_tau^2
lm_channel_2000_1d_energy_spectra.h5
File Size: 44102 kb
File Type: h5
Download File

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