reacprog3co2
algorithm
- calculates reaction progress variables of a 3d field based on Y(CO2)
- c=(Y(CO2)-Y(CO2)unburnt)/ (Y(CO2) burnt -Y(CO2) unburnt)
- calculates surface density function sdf
as absolut gradient of reaction progress variable c - plots isosurface of reaction progress variable at user defined level
- plots mean values and scatterplot of surface density function vs. reaction progress variable c
- using the toolbox function fdefvar3
syntax
[c,sdf]=reacprog3co2(X,Y,Z,CO2,level)
example for input
[c,sdf]=reacprog3co2(X,Y,Z,CO2,0.5)
input arguments
|
X,Y,Z |
vectors defining the rectangular domain |
|
Y(CO2) |
matrix of mass fraction of CO2 |
|
level |
level of isosurface to plot |
output arguments
|
c |
matrix of reaction progress variable |
|
sdf |
matrix of surface density function |
|
plot |
isosurface of reaction progress variable in level |
|
plot |
mean values and scatterplot of sdf vs. c |
matlab tools required
- patch, isosurface