* HWV 3.1 - dynamic solutions
* Stored quantities
*    T: temperature (deg-C, deg-K)
*    K: thermal conductivity (W/m-degC)
*    Cp: specific heat (J/kg-degC)
*    Q: thermal source (W/m3)
* Interpolation quantities
*    &T
*    &dTdx
*    &dTdy
*    &dTdz
*    &gradT
*    &Q

HEADER
  ProgramName = HWV 3.0
  ManualName = heatwave.pdf
  WebSiteURL = http://www.fieldp.com
  DataSuffix = WOU
  About = HWV 3.0;Copyright 2010;Field Precision LLC;Albuquerque, NM USA
  NRecord = 4
  SliceDisplay = 1
  ScanDisplay = 1
  VectorDisplay = 1
  PlaneDisplay = 1
  SurfaceDisplay = 1
END

STOREDQUANT
  T N
  K E
  Cp E
  Q E
END

REGIONQUANT
  $Rho
  $Emiss
END

PROGPARAM
END

RUNPARAM
  $Time = -999.0
END

REALTIMEPARAM
END

INTERPOLATION
  Temp = &T
  XFlux = &Q[2] &dTdx * @CHS
  YFlux = &Q[2] &dTdy * @CHS
  ZFlux = &Q[2] &dTdz * @CHS
  |Flux| = &Q[2] &gradT *
  Cond = &Q[2]
  SpecHeat = &Q[3]
  SrcDens = &Q[4]
* Optional quantities
*  IntEnergy = $Rho &Q[3] * &T *
*  MassDens = $Rho
END

VECTOR
  Flux = &Q[2] &dTdx * @CHS;&Q[2] &dTdy * @CHS;&Q[2] &dTdz * @CHS
END

VOLUME
  Source = &Q[4]
  Mass = $Rho
  IntEnergy = $Rho &Q[3] * &T *
END

SURFACE
  ThermFlow = &Q[2] &dTdx * @CHS;&Q[2] &dTdy * @CHS;&Q[2] &dTdz * @CHS
END

ENDFILE

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                                  NOTES
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