flamethicknonlinthermcrestb
algorithm
- batch modus of flamethicknonlinthermcrest
- calculates thickness of a flame between user defined boundaries
- defined by the maximum temperature gradient along nonlinear cuts through flame front
- flame is defined as crestline of user defined variable
- plots flame thichkness vs. curvilinear coordinate of flamefront;
- calculates minimum-, maximum- and mean thickness
syntax
[siso,flthickth300,maxfl,minfl,meanfl]=flamethicknonlinthermcrestb(X,Y,varbaund,CRESTN,variable,s,iso1,iso2)
example for input
[siso,flthickth300,maxfl,minfl,meanfl]=flamethicknonlinthermcrestb(X,Y,Z,CRESTN,TEMP,'abs',0.9,0.1)
input arguments
| Name |
description |
| X,Y |
vectors defining the rectangular domain |
| varbound |
variable defining the boundaries of the flame front |
| CRESTN |
coordinates of crestline defining the flame front |
| s |
switch (choose level, iso1,iso2 is rel. or absolut) |
| variable |
temperature |
| iso1, iso2 |
isolevels defining boundaries of flame front (e.g. 0.9, 0.1) |
output arguments
| Name |
description |
| siso |
values of curvilinear coordinate |
| flthick |
thermal thickness of a flame between user defined boundaries |
| maxfl, minfl, meanfl |
minimum, maximum, mean flame thickness |
| plot |
flamethickness vs. curvilinear flamefront |
toolbox tools required
