#include <sorpisorootgrun.h>
Public Member Functions | |
| double | derivative_inverse_sorption_isotherm (double w) |
| derivative of the inverse sorption isotherm with respect to volumetric moisture content | |
| double | derivative_sorption_isotherm (double rh) |
| derivative of the sorption isotherm with respect to relative humidity | |
| double | inverse_sorption_isotherm (double w) |
| inverse sorption isotherm value | |
| void | print (FILE *out) |
| void | read (XFILE *in) |
| sorpisorootgrun (void) | |
| double | sorption_isotherm (double rh) |
| sorption isotherm value | |
| ~sorpisorootgrun (void) | |
Public Attributes | |
| double | rhhyg |
| the maximum hygroscopic relative humidity | |
| double | whyg |
| the hygroscopic moisture content | |
| double | wsat |
| the saturated volumetric moisture content | |
class contains Root (Grunewald) sorption isotherm
Grunewald, J., 2000, DELPHIN 4.1 - Documentation, Theoretical Fundamentals. TU Dresden, Dresden
19. 11. 2012, JK
Definition at line 15 of file sorpisorootgrun.h.
| sorpisorootgrun | ( | void | ) |
Definition at line 3 of file sorpisorootgrun.cpp.
| ~sorpisorootgrun | ( | void | ) |
Definition at line 14 of file sorpisorootgrun.cpp.
| double derivative_inverse_sorption_isotherm | ( | double | w | ) |
derivative of the inverse sorption isotherm with respect to volumetric moisture content
function computes derivative of the inverse Root (Grunewald) sorption isotherm with respect to the volumetric moisture content
| w | - volumetric moisture content |
JM, 19. 11. 2012
Definition at line 136 of file sorpisorootgrun.cpp.
References rhhyg, whyg, and wsat.
Referenced by isotherm::derivative_inverse_isotherm_value().
| double derivative_sorption_isotherm | ( | double | rh | ) |
derivative of the sorption isotherm with respect to relative humidity
function computes derivative of the Root (Grunewald) sorption isotherm with respect to the relative humidity
| rh | - the relative humidity |
JM, 19. 11. 2012
Definition at line 107 of file sorpisorootgrun.cpp.
References rhhyg, whyg, and wsat.
Referenced by isotherm::derivative_isotherm_value().
| double inverse_sorption_isotherm | ( | double | w | ) |
inverse sorption isotherm value
function computes value of the Root (Grunewald) inverse sorption isotherm
| w | - volumetric moisture content |
JM, 19. 11. 2012
Definition at line 77 of file sorpisorootgrun.cpp.
References rhhyg, whyg, and wsat.
Referenced by isotherm::inverse_isotherm_value().
| void print | ( | FILE * | out | ) |
function prints material parameters
| out | - output file |
19. 11. 2012, JM
Definition at line 40 of file sorpisorootgrun.cpp.
References rhhyg, whyg, and wsat.
Referenced by isotherm::print().
| void read | ( | XFILE * | in | ) |
function reads material parameters
| in | - input file |
19. 11. 2012, JM
Definition at line 25 of file sorpisorootgrun.cpp.
References rhhyg, whyg, wsat, and xfscanf().
Referenced by isotherm::read().
| double sorption_isotherm | ( | double | rh | ) |
sorption isotherm value
function computes value of the Root (Grunewald) sorption isotherm
| rh | - the relative humidity |
JM, 19. 11. 2012
Definition at line 53 of file sorpisorootgrun.cpp.
References rhhyg, whyg, and wsat.
Referenced by isotherm::isotherm_value().
| double rhhyg |
the maximum hygroscopic relative humidity
Definition at line 36 of file sorpisorootgrun.h.
Referenced by derivative_inverse_sorption_isotherm(), derivative_sorption_isotherm(), inverse_sorption_isotherm(), print(), read(), sorpisorootgrun(), and sorption_isotherm().
| double whyg |
the hygroscopic moisture content
Definition at line 34 of file sorpisorootgrun.h.
Referenced by derivative_inverse_sorption_isotherm(), derivative_sorption_isotherm(), inverse_sorption_isotherm(), print(), read(), sorpisorootgrun(), and sorption_isotherm().
| double wsat |
the saturated volumetric moisture content
Definition at line 38 of file sorpisorootgrun.h.
Referenced by derivative_inverse_sorption_isotherm(), derivative_sorption_isotherm(), inverse_sorption_isotherm(), print(), read(), sorpisorootgrun(), and sorption_isotherm().
1.6.2