#include <multiphase.h>
Public Member Functions | |
| void | cappress_check (double &pc, double pg, double t, long ipp) |
| void | cappress_stop (double &pc, double pg, double t, long ipp) |
| void | gaspress_check (double pc, double &pg, double t, long ipp) |
| double | get_capcc (double pc, double pg, double t, long ipp) |
| double | get_capcg (double pc, double pg, double t, long ipp) |
| double | get_capct (double pc, double pg, double t, long ipp) |
| double | get_capgc (double pc, double pg, double t, long ipp) |
| double | get_capgg (double pc, double pg, double t, long ipp) |
| double | get_capgt (double pc, double pg, double t, long ipp) |
| double | get_captc (double pc, double pg, double t, long ipp) |
| double | get_captg (double pc, double pg, double t, long ipp) |
| double | get_captt (double pc, double pg, double t, long ipp) |
| double | get_fc1 (double pc, double pg, double t, long ipp) |
| double | get_fg (double pc, double pg, double t, long ipp) |
| double | get_ft1 (double pc, double pg, double t, long ipp) |
| double | get_kcc (double pc, double pg, double t, long ipp) |
| double | get_kcg (double pc, double pg, double t, long ipp) |
| double | get_kct (double pc, double pg, double t, long ipp) |
| double | get_kgc (double pc, double pg, double t, long ipp) |
| double | get_kgg (double pc, double pg, double t, long ipp) |
| double | get_kgt (double pc, double pg, double t, long ipp) |
| double | get_ktc (double pc, double pg, double t, long ipp) |
| double | get_ktg (double pc, double pg, double t, long ipp) |
| double | get_ktt1 (double pc, double pg, double t, long ipp) |
| double | get_ktt2 (double pc, double pg, double t, long ipp) |
| double | get_ktt2a (double pc, double pg, double t, long ipp) |
| double | get_ktt2b (double pc, double pg, double t, long ipp) |
| double | get_ktt2c (double pc, double pg, double t, long ipp) |
| double | get_ktt2d (double pc, double pg, double t, long ipp) |
| double | get_othervalue (long compother, long ipp, double *r) |
| double | get_transmission_flux_cc (double bv, double pc, double pg, double t, long bc, long ipp) |
| double | get_transmission_flux_tt (double bv, double trr, double pc, double pg, double t, long bc, long ipp) |
| double | get_transmission_nodval_cc (double bv, double pc, double pg, double t, long bc, long ipp) |
| double | get_transmission_nodval_tt (double bv, double trr, double pc, double pg, double t, long bc, long ipp) |
| double | get_transmission_transcoeff_cc (double pc, double pg, double t, long bc, long ipp, int flag) |
| double | get_transmission_transcoeff_cc (double pc, double pg, double t, long bc, long ipp) |
| double | get_transmission_transcoeff_tt (double pc, double pg, double t, long bc, long ipp) |
| double | heat_rate (double stime, double time) |
| double | iso_fire (double time, double t0, double tfirestart) |
| void | matcap (double &c, long ri, long ci, long ipp) |
| void | matcond (matrix &d, long ri, long ci, long ipp) |
| void | matcond1d (matrix &d, long ri, long ci, long ipp) |
| void | matcond1d_2 (matrix &d, long ri, long ci, long ipp) |
| void | matcond2 (matrix &d, long ri, long ci, long ipp) |
| void | matcond2d (matrix &d, long ri, long ci, long ipp) |
| void | matcond2d_2 (matrix &d, long ri, long ci, long ipp) |
| void | matcond3d (matrix &d, long ri, long ci, long ipp) |
| void | matcond3d_2 (matrix &d, long ri, long ci, long ipp) |
| multiph () | |
| void | print_othervalue_name (FILE *out, long compother) |
| void | rhs1d1 (matrix &d, long ri, long ci, long ipp) |
| void | rhs2d1 (matrix &d, long ri, long ci, long ipp) |
| void | rhs3d1 (matrix &d, long ri, long ci, long ipp) |
| void | rhs_volume (matrix &d, long ri, long ci, long ipp) |
| double | transmission_flux (double nodval, double trc2, long ri, long ci, long nn, long bc, long ipp) |
| double | transmission_nodval (double nodval, double trc2, long ri, long ci, long nn, long bc, long ipp) |
| double | transmission_transcoeff (double trc, long ri, long ci, long nn, long bc, long ipp, int flag) |
| double | transmission_transcoeff (double trc, long ri, long ci, long nn, long bc, long ipp) |
| void | values_correction (vector &nv) |
| ~multiph () | |
Private Attributes | |
| double | gasr |
| double | ma |
| double | mw |
| double | scale_pc |
| double | scale_pg |
| double | scale_t |
Definition at line 6 of file multiphase.h.
| multiph | ( | ) |
Definition at line 30 of file multiphase.cpp.
References gasr, ma, mw, probdesct::scale, scale_pc, scale_pg, scale_t, and Tp.
| ~multiph | ( | ) |
Definition at line 43 of file multiphase.cpp.
| void cappress_check | ( | double & | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function checks if capillary pressure is higher than maximum
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
TKr, 18.5.2005
Definition at line 878 of file multiphase.cpp.
References print_err().
Referenced by get_capcc(), get_capcg(), get_capct(), get_capgc(), get_capgg(), get_capgt(), get_captc(), get_captg(), get_captt(), get_fc1(), get_fg(), get_ft1(), get_kcc(), get_kcg(), get_kct(), get_kgc(), get_kgg(), get_kgt(), get_ktc(), get_ktg(), get_ktt1(), get_ktt2a(), get_ktt2b(), get_ktt2c(), get_ktt2d(), get_transmission_flux_cc(), get_transmission_flux_tt(), get_transmission_nodval_cc(), get_transmission_nodval_tt(), get_transmission_transcoeff_cc(), get_transmission_transcoeff_tt(), and values_correction().
| void cappress_stop | ( | double & | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function fixed capillary pressure if on one element is temperature higher than critical temperature for water
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
TKr, 18.5.2005
Definition at line 926 of file multiphase.cpp.
| void gaspress_check | ( | double | pc, | |
| double & | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function checks if gas pressure is greater than vapour pressure
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
TKr, 18.5.2005
Definition at line 841 of file multiphase.cpp.
References state_eq::get_pgw(), and print_err().
Referenced by get_capcc(), get_capcg(), get_capct(), get_capgc(), get_capgg(), get_capgt(), get_captc(), get_captg(), get_captt(), get_fc1(), get_fg(), get_ft1(), get_kcc(), get_kcg(), get_kct(), get_kgc(), get_kgg(), get_kgt(), get_ktc(), get_ktg(), get_ktt1(), get_ktt2a(), get_ktt2b(), get_ktt2c(), get_ktt2d(), get_transmission_flux_cc(), get_transmission_flux_tt(), get_transmission_nodval_cc(), get_transmission_nodval_tt(), get_transmission_transcoeff_cc(), get_transmission_transcoeff_tt(), and values_correction().
| double get_capcc | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| capcc | - capacity coefficient |
Definition at line 994 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_drhogw_dpc(), state_eq::get_ds_dpc(), state_eq::get_phi(), state_eq::get_rhogw(), state_eq::get_rhow(), and state_eq::get_s().
Referenced by matcap().
| double get_capcg | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| capcg | - capacity coefficient |
Definition at line 1065 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_phi(), and state_eq::get_s().
Referenced by matcap().
| double get_capct | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| capct | - capacity coefficient |
Definition at line 1126 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_dehydw_dt(), state_eq::get_dphi_dt(), state_eq::get_drhogw_dt(), state_eq::get_drhow_dt(), state_eq::get_ds_dt(), state_eq::get_phi(), state_eq::get_rhogw(), state_eq::get_rhow(), and state_eq::get_s().
Referenced by matcap().
| double get_capgc | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| capgc | - capacity coefficient |
Definition at line 1257 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_drhoga_dpc(), state_eq::get_ds_dpc(), state_eq::get_phi(), state_eq::get_rhoga(), and state_eq::get_s().
Referenced by matcap().
| double get_capgg | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| capgg | - capacity coefficient |
Definition at line 1197 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_drhoga_dpg(), state_eq::get_phi(), and state_eq::get_s().
Referenced by matcap().
| double get_capgt | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| capgt | - capacity coefficient |
Definition at line 1319 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_dphi_dt(), state_eq::get_drhoga_dt(), state_eq::get_ds_dt(), state_eq::get_phi(), state_eq::get_rhoga(), and state_eq::get_s().
Referenced by matcap().
| double get_captc | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| captc | - capacity coefficient |
Definition at line 1561 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_dhvap(), state_eq::get_ds_dpc(), state_eq::get_phi(), state_eq::get_rhow(), and state_eq::get_s().
Referenced by matcap().
| double get_captg | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| captg | - capacity coefficient |
Definition at line 1622 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_dhvap(), state_eq::get_phi(), and state_eq::get_s().
Referenced by matcap().
| double get_captt | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates capacity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| captt | - capacity coefficient |
Definition at line 1491 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_dehydw_dt(), state_eq::get_dhvap(), state_eq::get_dphi_dt(), state_eq::get_drhow_dt(), state_eq::get_ds_dt(), state_eq::get_fste(), state_eq::get_hydren(), state_eq::get_phi(), state_eq::get_rhocp(), state_eq::get_rhow(), and state_eq::get_s().
Referenced by matcap().
| double get_fc1 | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates right-hand side coefficient of a general material for c medium
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
Definition at line 1650 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_mug(), state_eq::get_muw(), state_eq::get_rhog(), state_eq::get_rhogw(), and state_eq::get_rhow().
| double get_fg | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates right-hand side coefficient of a general material for g medium
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
Definition at line 1684 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_mug(), state_eq::get_rhog(), and state_eq::get_rhoga().
| double get_ft1 | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates right-hand side coefficient of a general material for t medium
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
Definition at line 1715 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_dhvap(), state_eq::get_kintr(), state_eq::get_krw(), state_eq::get_muw(), and state_eq::get_rhow().
| double get_kcc | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| kcc | - conductivity coefficient |
Definition at line 956 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_ddbw(), state_eq::get_deff(), state_eq::get_dpgw_dpc(), state_eq::get_ds_dpc(), state_eq::get_kintr(), state_eq::get_krw(), state_eq::get_mg(), state_eq::get_muw(), state_eq::get_rhog(), and state_eq::get_rhow().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_kcg | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| kcg | - conductivity coefficient |
Definition at line 1027 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_deff(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_mg(), state_eq::get_mug(), state_eq::get_muw(), state_eq::get_pgw(), state_eq::get_rhogw(), and state_eq::get_rhow().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_kct | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| kct | - conductivity coefficient |
Definition at line 1093 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_deff(), state_eq::get_dpgw_dt(), state_eq::get_mg(), and state_eq::get_rhog().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_kgc | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| kgc | - conductivity coefficient |
Definition at line 1225 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_deff(), state_eq::get_dpgw_dpc(), state_eq::get_mg(), and state_eq::get_rhog().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_kgg | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| kgg | - conductivity coefficient |
Definition at line 1162 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_deff(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_mg(), state_eq::get_mug(), state_eq::get_pgw(), state_eq::get_rhog(), and state_eq::get_rhoga().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_kgt | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| kgt | - conductivity coefficient |
Definition at line 1287 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_deff(), state_eq::get_dpgw_dt(), state_eq::get_mg(), and state_eq::get_rhog().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_ktc | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| ktc | - conductivity coefficient |
Definition at line 1529 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_ddbw(), state_eq::get_dhvap(), state_eq::get_ds_dpc(), state_eq::get_kintr(), state_eq::get_krw(), state_eq::get_muw(), and state_eq::get_rhow().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_ktg | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| ktg | - conductivity coefficient |
Definition at line 1592 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_dhvap(), state_eq::get_kintr(), state_eq::get_krw(), state_eq::get_muw(), and state_eq::get_rhow().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_ktt1 | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material - first part
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| ktt1 | - conductivity coefficient |
Definition at line 1350 of file multiphase.cpp.
References cappress_check(), gaspress_check(), and state_eq::get_lambdaeff().
Referenced by matcond1d(), matcond2d(), and matcond3d().
| double get_ktt2 | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
| double get_ktt2a | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material - second (A) part (convective term)
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| ktt2a | - conductivity coefficient |
Definition at line 1379 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_cpw(), state_eq::get_kintr(), state_eq::get_krw(), state_eq::get_muw(), and state_eq::get_rhow().
Referenced by matcond1d_2(), matcond2d_2(), and matcond3d_2().
| double get_ktt2b | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material - second (B) part (convective term)
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| ktt2b | - conductivity coefficient |
Definition at line 1409 of file multiphase.cpp.
References cappress_check(), gaspress_check(), and state_eq::get_rhow().
Referenced by matcond1d_2(), matcond2d_2(), and matcond3d_2().
| double get_ktt2c | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material - second (C) part (convective term)
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| ktt2c | - conductivity coefficient |
Definition at line 1435 of file multiphase.cpp.
References cappress_check(), gaspress_check(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_mug(), and state_eq::get_rhocpg().
Referenced by matcond1d_2(), matcond2d_2(), and matcond3d_2().
| double get_ktt2d | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | ipp | |||
| ) |
function creates conductivity coefficient of a general material - second (D) part (convective term)
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| ipp | - number of integration point |
| ktt2d | - conductivity coefficient |
Definition at line 1464 of file multiphase.cpp.
References cappress_check(), gaspress_check(), and state_eq::get_rhog().
| double get_othervalue | ( | long | compother, | |
| long | ipp, | |||
| double * | r | |||
| ) |
function computes all variables in nodes
| compother | - number of other components | |
| ipp | - first integration point on element | |
| pc | - capillary pressure on actual node | |
| pg | - gas pressure on actual node | |
| t | - temperature on actual node |
Definition at line 2314 of file multiphase.cpp.
References state_eq::get_pgw(), state_eq::get_pw(), state_eq::get_rh(), state_eq::get_s(), state_eq::get_w(), and other.
Referenced by med3::compute_othervalues().
| double get_transmission_flux_cc | ( | double | bv, | |
| double | pc, | |||
| double | pg, | |||
| double | t, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function creates flux on the boundary (transmission - convective mass transfer) for pc
| bv | - prescribed value near the boundary | |
| pc | - actual capillary pressure on the boundary | |
| pg | - actual capillary gas pressure on the boundary | |
| t | - actual temperature on the boundary | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 2029 of file multiphase.cpp.
References cappress_check(), flux, gaspress_check(), gasr, state_eq::get_pcrh(), state_eq::get_pgws(), state_eq::get_rhogw(), iso_fire(), mw, probdesct::time, and Tp.
Referenced by transmission_flux().
| double get_transmission_flux_tt | ( | double | bv, | |
| double | trr, | |||
| double | pc, | |||
| double | pg, | |||
| double | t, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function creates flux on the boundary (transmission - convective mass transfer) for c medium
| bv | - prescribed value near the boundary | |
| trr | - trr coefficient | |
| pc | - actual capillary pressure on the boundary | |
| pg | - actual capillary gas pressure on the boundary | |
| t | - actual temperature on the boundary | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 2234 of file multiphase.cpp.
References cappress_check(), gaspress_check(), heat_rate(), iso_fire(), probdesct::time, and Tp.
Referenced by transmission_flux().
| double get_transmission_nodval_cc | ( | double | bv, | |
| double | pc, | |||
| double | pg, | |||
| double | t, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function creates correct new nodal value on the boundary (transmission) for pc
| bv | - prescribed value near the boundary | |
| pc | - actual capillary pressure on the boundary | |
| pg | - actual capillary gas pressure on the boundary | |
| t | - actual temperature on the boundary | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 1912 of file multiphase.cpp.
References cappress_check(), gaspress_check(), gasr, state_eq::get_pcrh(), state_eq::get_pgws(), state_eq::get_rhogw(), state_eq::get_rhow(), iso_fire(), mw, probdesct::time, and Tp.
Referenced by transmission_nodval().
| double get_transmission_nodval_tt | ( | double | bv, | |
| double | trr, | |||
| double | pc, | |||
| double | pg, | |||
| double | t, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function creates correct new nodal value on the boundary (transmission) for t medium
| bv | - value of prescribed value near the boundary | |
| trr | - trr coefficient | |
| pc | - actual capillary pressure on the boundary | |
| pg | - actual capillary gas pressure on the boundary | |
| t | - actual temperature on the boundary | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 2185 of file multiphase.cpp.
References cappress_check(), gaspress_check(), heat_rate(), iso_fire(), probdesct::time, and Tp.
Referenced by transmission_nodval().
| double get_transmission_transcoeff_cc | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | bc, | |||
| long | ipp, | |||
| int | flag | |||
| ) |
function creates correct transfer coefficient on the boundary (transmission) for pc
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 1828 of file multiphase.cpp.
References cappress_check(), gaspress_check(), gasr, state_eq::get_pgws(), state_eq::get_rhow(), and mw.
| double get_transmission_transcoeff_cc | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function creates correct transfer coefficient on the boundary (transmission) for pc
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 1750 of file multiphase.cpp.
References cappress_check(), gaspress_check(), gasr, state_eq::get_pgws(), state_eq::get_rhow(), and mw.
Referenced by transmission_transcoeff().
| double get_transmission_transcoeff_tt | ( | double | pc, | |
| double | pg, | |||
| double | t, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function creates correct transfer coefficient on the boundary (transmission) for t medium
| pc | - capillary pressure | |
| pg | - capillary gas pressure | |
| t | - temperature | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 2136 of file multiphase.cpp.
References cappress_check(), and gaspress_check().
Referenced by transmission_transcoeff().
| double heat_rate | ( | double | stime, | |
| double | time | |||
| ) |
function computes temperature curve of heating rate up to 300deg. C
| stime | - starting time | |
| time | - current time |
Definition at line 2276 of file multiphase.cpp.
Referenced by get_transmission_flux_tt(), and get_transmission_nodval_tt().
| double iso_fire | ( | double | time, | |
| double | t0, | |||
| double | tfirestart | |||
| ) |
function computes temperature of fire curve ISO 834
| time | - current time | |
| t0 | - reference temperature |
| tfirestart | - fire starting time |
Definition at line 2294 of file multiphase.cpp.
Referenced by get_transmission_flux_cc(), get_transmission_flux_tt(), get_transmission_nodval_cc(), and get_transmission_nodval_tt().
| void matcap | ( | double & | c, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates capacity matrix of the material
| c | - capacity matrix of the material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 229 of file multiphase.cpp.
References intpointst::av, get_capcc(), get_capcg(), get_capct(), get_capgc(), get_capgg(), get_capgt(), get_captc(), get_captg(), get_captt(), transmat::ip, and Tm.
Referenced by med3::matcap().
| void matcond | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function computes conductivity matrix of the material in the required integration point
| d | - conductivity matrix of material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 57 of file multiphase.cpp.
References matcond1d(), matcond2d(), matcond3d(), and matrix::n.
Referenced by med3::matcond().
| void matcond1d | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates conductivity matrix of the material for 1D problems
| d | - conductivity matrix of the material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 91 of file multiphase.cpp.
References intpointst::av, get_kcc(), get_kcg(), get_kct(), get_kgc(), get_kgg(), get_kgt(), get_ktc(), get_ktg(), get_ktt1(), transmat::ip, and Tm.
Referenced by matcond().
| void matcond1d_2 | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates conductivity matrix of the material for 1D problems (convective term)
| d | - conductivity matrix of the material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 308 of file multiphase.cpp.
References intpointst::av, fillm(), g, get_ktt2a(), get_ktt2b(), get_ktt2c(), probdesct::gr1, intpointst::grad, transmat::ip, Tm, and Tp.
Referenced by matcond2().
| void matcond2 | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function computes conductivity matrix of the material in the required integration point
| d | - conductivity matrix of material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 272 of file multiphase.cpp.
References matcond1d_2(), matcond2d_2(), matcond3d_2(), and matrix::n.
Referenced by med3::matcond2().
| void matcond2d | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates conductivity matrix of the material for 2D problems
| d | - conductivity matrix of the material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 133 of file multiphase.cpp.
References intpointst::av, fillm(), get_kcc(), get_kcg(), get_kct(), get_kgc(), get_kgg(), get_kgt(), get_ktc(), get_ktg(), get_ktt1(), transmat::ip, Outt, and Tm.
Referenced by matcond().
| void matcond2d_2 | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates conductivity matrix of the material for 1D problems (convective term)
| d | - conductivity matrix of the material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 344 of file multiphase.cpp.
References intpointst::av, fillm(), g, get_ktt2a(), get_ktt2b(), get_ktt2c(), probdesct::gr1, probdesct::gr2, intpointst::grad, transmat::ip, Tm, and Tp.
Referenced by matcond2().
| void matcond3d | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates conductivity matrix of the material for 3D problems
| d | - conductivity matrix of the material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 182 of file multiphase.cpp.
References intpointst::av, fillm(), get_kcc(), get_kcg(), get_kct(), get_kgc(), get_kgg(), get_kgt(), get_ktc(), get_ktg(), get_ktt1(), transmat::ip, and Tm.
Referenced by matcond().
| void matcond3d_2 | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates conductivity matrix of the material for 1D problems (convective term)
| d | - conductivity matrix of the material | |
| ri | - row index | |
| ci | - column index | |
| ipp | - number of integration point |
Definition at line 386 of file multiphase.cpp.
References intpointst::av, fillm(), g, get_ktt2a(), get_ktt2b(), get_ktt2c(), probdesct::gr1, probdesct::gr2, probdesct::gr3, intpointst::grad, transmat::ip, Tm, and Tp.
Referenced by matcond2().
| void print_othervalue_name | ( | FILE * | out, | |
| long | compother | |||
| ) |
function prints names of all variables in nodes
| out | - output file | |
| compother | - number of other components |
Definition at line 2368 of file multiphase.cpp.
Referenced by med3::print_othervaluesnames().
| void rhs1d1 | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates volume right-hand side matrix of the material for 1D problems
| d | - right-hand matrix of the material ... | |
| ipp | - number of integration point |
Definition at line 463 of file multiphase.cpp.
References intpointst::av, f, fillm(), g, get_fc1(), get_fg(), get_ft1(), probdesct::gr1, transmat::ip, Tm, and Tp.
Referenced by rhs_volume().
| void rhs2d1 | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates volume right-hand side matrix of the material for 2D problems
| d | - right-hand matrix of the material ... | |
| ipp | - number of integration point |
Definition at line 501 of file multiphase.cpp.
References intpointst::av, f, fillm(), g, get_fc1(), get_fg(), get_ft1(), probdesct::gr1, probdesct::gr2, transmat::ip, Tm, and Tp.
Referenced by rhs_volume().
| void rhs3d1 | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function creates volume right-hand side matrix of the material for 3D problems
| d | - right-hand matrix of the material ... | |
| ipp | - number of integration point |
Definition at line 551 of file multiphase.cpp.
References intpointst::av, f, fillm(), g, get_fc1(), get_fg(), get_ft1(), probdesct::gr1, probdesct::gr2, probdesct::gr3, transmat::ip, Tm, and Tp.
Referenced by rhs_volume().
| void rhs_volume | ( | matrix & | d, | |
| long | ri, | |||
| long | ci, | |||
| long | ipp | |||
| ) |
function computes volume part of right-hand side matrix in the required integration point
| d | - right-hand side matrix of material ... | |
| ipp | - number of integration point |
11.2.2003
Definition at line 432 of file multiphase.cpp.
References matrix::m, rhs1d1(), rhs2d1(), and rhs3d1().
Referenced by med3::rhs_volume().
| double transmission_flux | ( | double | nodval, | |
| double | trc2, | |||
| long | ri, | |||
| long | ci, | |||
| long | nn, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function computes flux (for transmission_vector) for boundary condition (third kind of boundary condition)
| nodval | - prescribed nodal value | |
| trc2 | - second prescribed transmission coefficient on the boundary, if is needed (for example heat radiation coef.) | |
| ri | - row index | |
| ci | - column index | |
| nn | - number of node | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 787 of file multiphase.cpp.
References get_transmission_flux_cc(), get_transmission_flux_tt(), pvalt::getval(), gtopology::give_dof(), Gtt, transbclc::lc, lhsrhst::lhs, lhsrhst::lhsi, Lsrst, loadcaset::pv, and Tb.
Referenced by med3::transmission_flux().
| double transmission_nodval | ( | double | nodval, | |
| double | trc2, | |||
| long | ri, | |||
| long | ci, | |||
| long | nn, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function computes new nodal value (for transmission_vector) for boundary condition (third kind of boundary condition)
| nodval | - prescribed nodal value | |
| trc2 | - second prescribed transmission coefficient on the boundary, if is needed (for example heat radiation coef.) | |
| ri | - row index | |
| ci | - column index | |
| nn | - number of node | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 730 of file multiphase.cpp.
References get_transmission_nodval_cc(), get_transmission_nodval_tt(), pvalt::getval(), gtopology::give_dof(), Gtt, transbclc::lc, lhsrhst::lhs, lhsrhst::lhsi, Lsrst, loadcaset::pv, and Tb.
Referenced by med3::transmission_nodval().
| double transmission_transcoeff | ( | double | trc, | |
| long | ri, | |||
| long | ci, | |||
| long | nn, | |||
| long | bc, | |||
| long | ipp, | |||
| int | flag | |||
| ) |
function computes new transmission coefficient (for transmission_vector) for boundary condition (third kind of boundary condition)
| trc | - prescribed transmission coefficient on the boundary | |
| ri | - row index | |
| ci | - column index | |
| nn | - number of node | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 672 of file multiphase.cpp.
References get_transmission_transcoeff_cc(), get_transmission_transcoeff_tt(), pvalt::getval(), gtopology::give_dof(), Gtt, transbclc::lc, lhsrhst::lhs, lhsrhst::lhsi, Lsrst, loadcaset::pv, and Tb.
| double transmission_transcoeff | ( | double | trc, | |
| long | ri, | |||
| long | ci, | |||
| long | nn, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function computes new transmission coefficient (for transmission_vector) for boundary condition (third kind of boundary condition)
| trc | - prescribed transmission coefficient on the boundary | |
| ri | - row index | |
| ci | - column index | |
| nn | - number of node | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 615 of file multiphase.cpp.
References get_transmission_transcoeff_cc(), get_transmission_transcoeff_tt(), pvalt::getval(), gtopology::give_dof(), Gtt, transbclc::lc, lhsrhst::lhs, lhsrhst::lhsi, Lsrst, loadcaset::pv, and Tb.
Referenced by med3::transmission_transcoeff().
| void values_correction | ( | vector & | nv | ) |
function corrects values of variables
| nv | - array with variables |
Definition at line 938 of file multiphase.cpp.
References cappress_check(), and gaspress_check().
Referenced by transmat::values_correction().
double gasr [private] |
Definition at line 91 of file multiphase.h.
Referenced by get_transmission_flux_cc(), get_transmission_nodval_cc(), get_transmission_transcoeff_cc(), and multiph().
double ma [private] |
Definition at line 89 of file multiphase.h.
Referenced by multiph().
double mw [private] |
Definition at line 90 of file multiphase.h.
Referenced by get_transmission_flux_cc(), get_transmission_nodval_cc(), get_transmission_transcoeff_cc(), and multiph().
double scale_pc [private] |
Definition at line 93 of file multiphase.h.
Referenced by multiph().
double scale_pg [private] |
Definition at line 93 of file multiphase.h.
Referenced by multiph().
double scale_t [private] |
Definition at line 93 of file multiphase.h.
Referenced by multiph().
1.6.2