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view on githubraw file Latest commit f59d76b0 on 2019-04-27 00:31:52 UTC
6d286f5656 Jean*0001 Simple set-up to test flow-dependent horizontal viscosity implementation.
                0002 
d6a28d3589 Jean*0003  Domain size is 50 x 26 x 40 grid-cells,
6d286f5656 Jean*0004  with uniform resolution dx=dy= 1.km , dz = 5.m
d6a28d3589 Jean*0005 
6d286f5656 Jean*0006  Zonally re-entrant, flat bottom channel (closed by Northern Wall @ j=26)
                0007 
ba124bd200 Jean*0008  input files are real*8 (see matlab script input/gendata.m )
6d286f5656 Jean*0009 
                0010  start from initial density field (given by initial Temp), no forcing
                0011 
ba124bd200 Jean*0012  Test Exp. |  Momentum   |  Viscosity  | useFullLeith | Biharmonic | side-drag   |
                0013            | formulation | formulation |              | vs harmonic| (no_slip BC)|
                0014 ----------------------------------------------------------------------------------
                0015  standard  | Vector-Inv. |  Vort-Div   |  FullLeith   |   viscC4   |    No       |
                0016 (dir=input)|             |             |              |            |             |
                0017 ----------------------------------------------------------------------------------
                0018  .A4FlxF   |  Flux-Form  |  FLux-Form  |  FullLeith   |   viscC4   |    Yes      |
                0019 ----------------------------------------------------------------------------------
                0020  .AhFlxF   |  Flux-Form  |  Flux-Form  |    No        |   viscC2   |    No       |
                0021 ----------------------------------------------------------------------------------
                0022  .AhVrDv   | Vector-Inv. |  Vort-Div   |  FullLeith   |   viscC2   |    Yes      |
                0023 ----------------------------------------------------------------------------------
                0024  .AhStTn   | Vector-Inv. | Strain-Tens |  FullLeith   |   viscC2   |    Yes      |
                0025 ----------------------------------------------------------------------------------
f59d76b0dd Ed D*0026  .QGLeith  | Vector-Inv. |  Vort-Div   |  FullLeith   |   viscC2   |    Yes      |
                0027 ----------------------------------------------------------------------------------
                0028  .QGLthGM  | Vector-Inv. |  Vort-Div   |  FullLeith   |   viscC2   |    Yes      |
                0029 ----------------------------------------------------------------------------------
d6a28d3589 Jean*0030 
                0031 Notes:
                0032 1) Stain-Tension viscosity formulation is used when setting
6d286f5656 Jean*0033      useStrainTensionVisc=.TRUE.,
ba124bd200 Jean*0034    and currently only available with Vector-Invariant momentum.
                0035    Default is .False., to use Vorticity & Divergence formulation
                0036    (pkg/mom_vecinv) or Flux-Form formulation (pkg/mom_fluxform)
d6a28d3589 Jean*0037 2) test .A4FlxF (input.A4FlxF) starts from a pickup-file,
6d286f5656 Jean*0038    all other test exp. start from iter0=0
                0039 3) test with Biharmonic visc. are using:
d6a28d3589 Jean*0040     viscC4leith = viscC4leithD = 1.85,
6d286f5656 Jean*0041     viscC4smag  = 1.,
                0042     viscA4GridMax = 1.,
                0043 4) test with Harmonic visc. are using:
d6a28d3589 Jean*0044     viscC2leith = viscC2leithD=1.85,
6d286f5656 Jean*0045     viscC2smag  = 1.,
                0046     viscAhGridMax = 1.,
                0047 
                0048 -------------------------------------