Spectral characterisation of inertial particle clustering in turbulence

by N. E. L. Haugen, A. Brandenburg, C. Sandin, & L. Mattsson

Run directories:

  • Fig. 2: uses pcomp_1d_initial.pro from the idl paper directory paper_idl with data from run directories 256a1 and 256e.
  • Fig. 3: uses pcomp_1d_time.pro from the idl paper directory paper_idl with data from run directories 256a1 and 256e2.
  • Fig. 4: uses pcomp_1d_dens.pro from the idl paper directory paper_idl with data from run directories 256a1 and 1024e2.
  • Fig. 5: uses pbut.pro from the idl run directory run1D_idl with data from run directory 256g4.
  • Fig. 6: uses pprelvel.pro from the idl run directory run1D_idl with data from run directory 256g4.
  • Fig. 7: uses pnp_ap.pro from the idl run directory run3D_idl with data from run directory isothermal_helical_512_f4.0_dtf1.0_5adjagr_tsc_nu0.005_noshocknu.
  • Fig. 8: uses ppcoarse.pro from the idl run directory run3D_idl with data from run directory isothermal_helical_512_f4.0_dtf1.0_5adjagr_tsc_nu0.005_noshocknu.
  • Fig. 9: uses fluid_spectra.pro from the idl run directory run3D_idl with data from Runs V1, V2, C1, C2.
  • Fig. 10: uses tracer.pro and tracer_E1.pro from the idl run directory run3D_idl with data from Runs V1, V2, C1, C2.
  • Fig. 11: uses Ep_vs_Stokes.pro and Ep_vs_Stokes_noise.pro from the idl run directory run3D_idl with data from Runs V1, V2, C1, C2.
  • Fig. 12: uses V1.pro, E1a_new.pro, V2.pro, E2.pro from the idl run directory run3De_idl with data from Runs V1, V2, C1, C2.
  • Fig. 13: uses pcomp_spec_christer_Re.pro, pcomp_spec_christer_Re_noise.pro from the idl run directory run3De_idl with data from Runs V2, V2a, V2b
  • Fig. 14: uses non-mono-spec.pro, from the idl run directory run3D_idl with data from the directory E1_256_nrad15
  • Fig. 15: uses non-mono-spec_E1p5.pro, from the idl run directory run3D_idl with data from the directory E1p5_256_nrad20
  • Fig. 16: uses non-mono-spec_E2.pro, from the idl run directory run3D_idl with data from the directory E2_256_nrad20
  • Fig. 17: uses pnp_ap.pro, from and with data from the directory E1p5_256_nrad20
  • Fig. 18: uses non-mono-spec_V1.pro, from the run directory run3D_idl with data from the directory V1_256_nrad15
  • Fig. 19: uses pcomp_spec_christer_Ma.pro, pcomp_spec_christer_Ma_noise.pro from the idl run directory run3De_idl with data from Runs V3a, V3s01, V3s02
  • Fig. 20: uses pspec_kine_comp.pro, from the idl run directory run3De_idl with data from Runs V3a, V3s01, V3s02
  • Fig. 21: uses pcomp_spec_christer_Ma_C2.pro, pcomp_spec_christer_Ma_C2_noise.pro from the idl run directory run3De_idl with data from Runs C2b, C2s05, C2s1

    The run directories contain time series and spectra as text files and other secondary data as idl save files. They can be read directly with the corresponding idl routines that are in the directory run_idl. The run directories can be used to rerun the cases with the Pencil Code (https://github.com/pencil-code).

    Description: readme.txt.


    References:

    Haugen, N. E. L., Brandenburg, A., Sandin, C., & Mattsson, L.: 2021, ``Spectral characterisation of inertial particle clustering in turbulence,'' J. Fluid Mech., submitted (HTML)

    Haugen, N. E. L., Brandenburg, A., Sandin, C., & Mattsson, L.: 2021, Datasets for ``Spectral characterisation of inertial particle clustering in turbulence'' v2021.05.02. Zenodo, DOI:10.5281/zenodo.4666074 (HTML, DOI)



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    Axel Brandenburg
    $Date: 2021/05/02 20:20:21 $, $Author: brandenb $, $Revision: 1.9 $