2 '^[Cc]oncentration': 'concentration',
3 '^[Pp]ressure': 'pressure',
4 '^[Vv]elocity_*[Xx]': 'velocity_x',
5 '^[Vv]elocity_*[Yy]': 'velocity_y',
6 '^[Vv]elocity_*[zZ]': 'velocity_z',
7 '^[Vv]oid_*[Ff]raction': 'void_fraction',
8 '^[Tt]emperature': 'temperature',
9 '^[sS]team_*[Ee]nthalpy': 'steam_enthalpy',
10 '^[lL]iquid_*[eE]nthalpy': 'liquid_enthalpy',
11 '^[Ee]nthalpy': 'enthalpy',
12 '^[sS]team_*[Dd]ensity': 'steam_density',
13 '^[lL]iquid_*[Dd]ensity': 'liquid_density',
14 '^[d]Density': 'density',
17 varDict_SinglePhase = {
18 '^[Pp]ressure': 'pressure',
19 '^[Vv]elocity_*[Xx]': 'velocity_x',
20 '^[Vv]elocity_*[Yy]': 'velocity_y',
21 '^[Vv]elocity_*[zZ]': 'velocity_z',
22 '^[Tt]emperature': 'temperature',
23 '^[Ee]nthalpy': 'enthalpy',
24 '^[d]Density': 'density',
27 varDict_DiffusionEquation = {
28 '^[Tt]emperature': 'temperature',
31 varDict_TransportEquation = {
32 '^[Vv]oid_*[Ff]raction': 'void_fraction',
33 '^[Tt]emperature': 'temperature',
34 '^[Ee]nthalpy': 'enthalpy',
35 '^[d]Density': 'density',
38 varDict_FiveEqsTwoFluid = {
39 '^[Vv]oid_*[Ff]raction': 'void_fraction',
40 '^[Pp]ressure': 'pressure',
41 '^[Vv]elocity1_*[Xx]': 'gas_velocity_x',
42 '^[Vv]elocity1_*[Yy]': 'gas_velocity_y',
43 '^[Vv]elocity1_*[zZ]': 'gas_velocity_z',
44 '^[Vv]elocity2_*[Xx]': 'liquid_velocity_x',
45 '^[Vv]elocity2_*[Yy]': 'liquid_velocity_y',
46 '^[Vv]elocity2_*[zZ]': 'liquid_velocity_z',
47 '^[Tt]emperature': 'temperature',
50 varDict_IsothermalTwoFluid = {
51 '^[Vv]oid_*[Ff]raction': 'void_fraction',
52 '^[Pp]ressure': 'pressure',
53 '^[Vv]elocity1_*[Xx]': 'gas_velocity_x',
54 '^[Vv]elocity1_*[Yy]': 'gas_velocity_y',
55 '^[Vv]elocity1_*[zZ]': 'gas_velocity_z',
56 '^[Vv]elocity2_*[Xx]': 'liquid_velocity_x',
57 '^[Vv]elocity2_*[Yy]': 'liquid_velocity_y',
58 '^[Vv]elocity2_*[zZ]': 'liquid_velocity_z',