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  1. Mar 17, 2015
    • Henry's avatar
      Solvers based on p_rgh: Added support for optional hRef · afcd290d
      Henry authored
      Allows the specification of a reference height, for example the height
      of the free-surface in a VoF simulation, which reduces the range of p_rgh.
      
      hRef is a uniformDimensionedScalarField specified via the constant/hRef
      file, equivalent to the way in which g is specified, so that it can be
      looked-up from the database.  For example see the constant/hRef file in
      the DTCHull LTSInterFoam and interDyMFoam cases.
      afcd290d
  2. Mar 13, 2015
  3. Mar 11, 2015
  4. Mar 10, 2015
  5. Mar 02, 2015
  6. Mar 01, 2015
  7. Feb 28, 2015
  8. Feb 26, 2015
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  10. Feb 22, 2015
  11. Feb 21, 2015
  12. Feb 20, 2015
    • Henry's avatar
    • Henry's avatar
      218875bf
    • Henry's avatar
      interFoam family: Add support for MULES-bounded Crank-Nicolson 2nd-order ddt(alpha) · f78d33b6
      Henry authored
      This is an experimental feature demonstrating the potential of MULES to
      create bounded solution which are 2nd-order in time AND space.
      
      Crank-Nicolson may be selected on U and/or alpha but will only be fully
      2nd-order if used on both within the PIMPLE-loop to converge the
      interaction between the flux and phase-fraction.  Note also that
      Crank-Nicolson may not be used with sub-cycling but all the features of
      semi-implicit MULES are available in particular MULESCorr and
      alphaApplyPrevCorr.
      
      Examples of ddt specification:
      
      ddtSchemes
      {
          default         Euler;
      }
      
      ddtSchemes
      {
          default         CrankNicolson 0.9;
      }
      
      ddtSchemes
      {
          default         none;
          ddt(alpha)      CrankNicolson 0.9;
          ddt(rho,U)      CrankNicolson 0.9;
      }
      
      ddtSchemes
      {
          default         none;
          ddt(alpha)      Euler;
          ddt(rho,U)      CrankNicolson 0.9;
      }
      
      ddtSchemes
      {
          default         none;
          ddt(alpha)      CrankNicolson 0.9;
          ddt(rho,U)      Euler;
      }
      
      In these examples a small amount of off-centering in used to stabilize
      the Crank-Nicolson scheme.  Also the specification for alpha1 is via the
      generic phase-fraction name to ensure in multiphase solvers (when
      Crank-Nicolson support is added) the scheme is identical for all phase
      fractions.
      f78d33b6
  13. Feb 19, 2015
  14. Feb 18, 2015
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  17. Feb 14, 2015