FLASH4.5 API

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TABLE OF CONTENTS


[Functions] source/physics/sourceTerms/Flame/Flame_rhJump

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NAME

  Flame_rhJump

SYNOPSIS

  call Flame_rhJump (
                     real(inout) :: eosData_u(EOS_NUM),
                     real(inout) :: eosData_b(EOS_NUM),
                     real(in)    :: q,
                     real(in)    :: s,
                     integer(in) :: mode,
           optional, real(in)    :: mfrac_u(NSPECIES),
           optional, real(in)    :: mfrac_b(NSPECIES) )

DESCRIPTION

  Calculate the thermodynamic state of the burned material
  by applying Rankine-Hugoniot jump condition.
  Unburned state is calculated frome *_u with mode as the eos mode.
  Burned state is calculated from energy release q (in erg/gram) and
  the flame speed, s, (wrt the fuel) with the composition information
  of the fuel specified using either eosData_?(EOS_ABAR/ZBAR) or mfrac_?
  depending on whether EOS_YEYI is being used

ARGUMENTS

   eosData_u - thermodynamic state info about unburned material
   eosData_b - thermodynamic state info about burned material
      q      - energy release (erg/g)
      s      - flame speed (cm/s)
      mode   - EOS mode used to calculate full unburned state
    mfrac_u  - composition of unburned state (if not present abar and zbar from eosData_u is used)
    mfrac_b  - composition of burned state (if not present abar and zbar from eosData_b is used)

SEE ALSO

  See Flame_interface.F90 for possible updates