9.0
general documentation
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d3phst.f90 File Reference

Specific physic subroutine: diffusion flame. More...

Functions/Subroutines

subroutine d3phst (ncel, indpdf, dirmin, dirmax, fdeb, ffin, hrec, fm, hm, hstoe)

Detailed Description

Specific physic subroutine: diffusion flame.

Calculation of local stoechiometric enthalpy

Function/Subroutine Documentation

◆ d3phst()

subroutine d3phst ( integer ncel,
integer, dimension(ncel) indpdf,
double precision, dimension(ncel) dirmin,
double precision, dimension(ncel) dirmax,
double precision, dimension(ncel) fdeb,
double precision, dimension(ncel) ffin,
double precision, dimension(ncel) hrec,
double precision, dimension(ncel) fm,
double precision, dimension(ncel) hm,
double precision, dimension(ncel) hstoe )
Parameters
[in]ncelnumber of cells
[in]indpdfindicator for pdf integration or mean value
[in]dirminDirac's peak value at $ f_{min} $
[in]dirmaxDirac's peak value at $ f_{max} $
[in]fdebabscissa of rectangle low boundary
[in]ffinabscissa of rectangle high boundary
[in]hrecrectangle height
[in]fmmean mixture fraction at cell centers
[in]hmmean mixture enthalpy at cell centers
[in,out]hstoelocal stoechiometric enthalpy