Go to the source code of this file.
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int | cs_gas_mix_get_field_key (void) |
| Get the field key for gas mix properties. More...
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void | cs_gas_mix_add_species (int f_id) |
| Add a species field to the gas mix (set of fields). More...
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void | cs_gas_mix_add_species_with_properties (int f_id, cs_real_t mol_mass, cs_real_t cp, cs_real_t vol_diff, cs_real_t mu_a, cs_real_t mu_b, cs_real_t lambda_a, cs_real_t lambda_b, cs_real_t mu_ref, cs_real_t lambda_ref, cs_real_t tref_mu, cs_real_t tref_lambda, cs_real_t s_mu, cs_real_t s_lambda) |
| Add a species field to the gas mix (set of fields). More...
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void | cs_gas_mix_add_property_fields (void) |
| Add property fields specific to a gas mix. More...
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void | cs_gas_mix_finalize (void) |
| Free array mapping gas mix species ids to field ids. More...
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void | cs_gas_mix_initialization (void) |
| Initialization of calculation variables for gas mixture modelling in presence of the steam gas or another gas used as variable deduced and not solved. More...
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void | cs_gas_mix_physical_properties (void) |
| Fills physical properties which are variable in time for the gas mixtures modelling with or without steam inside the fluid domain. In presence of steam, this one is deduced from the noncondensable gases transported as scalars (by means of the mass fraction of each species). More...
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◆ cs_gas_mix_type_t
Enumerator |
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CS_GAS_MIX_OFF | gas mix model off
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CS_GAS_MIX_AIR_HELIUM | air/helium, helium deduced
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CS_GAS_MIX_AIR_HYDROGEN | air/hydrogen, hydrogen deduced
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CS_GAS_MIX_AIR_STEAM | air/steam, steam deduced
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CS_GAS_MIX_AIR_HELIUM_STEAM | helium/steam, steam deduced
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CS_GAS_MIX_AIR_HYDROGEN_STEAM | hydrogen/steam, steam deduced
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CS_GAS_MIX_HELIUM_AIR | helium/air, O2 from air deduced
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CS_GAS_MIX_USER | user defined
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◆ cs_gas_mix_add_property_fields()
void cs_gas_mix_add_property_fields |
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void |
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Add property fields specific to a gas mix.
◆ cs_gas_mix_add_species()
void cs_gas_mix_add_species |
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int |
f_id | ) |
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Add a species field to the gas mix (set of fields).
- Parameters
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[in] | f_id | field id of an already created scalar model field |
◆ cs_gas_mix_add_species_with_properties()
void cs_gas_mix_add_species_with_properties |
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int |
f_id, |
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cs_real_t |
mol_mass, |
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cs_real_t |
cp, |
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cs_real_t |
vol_diff, |
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cs_real_t |
mu_a, |
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cs_real_t |
mu_b, |
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cs_real_t |
lambda_a, |
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cs_real_t |
lambda_b, |
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cs_real_t |
mu_ref, |
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cs_real_t |
lambda_ref, |
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cs_real_t |
tref_mu, |
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cs_real_t |
tref_lambda, |
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cs_real_t |
s_mu, |
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cs_real_t |
s_lambda |
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Add a species field to the gas mix (set of fields).
- Parameters
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[in] | f_id | id of field representing species mixture fraction. |
[in] | mol_mass | molar mass |
[in] | cp | specific heat |
[in] | col_diff | volume diffusion |
[in] | mu_a | dynamic viscosity a |
[in] | mu_b | dynamic viscosity b |
[in] | lambda_a | thermal conductivity a |
[in] | lambda_b | thermal conductivity b |
[in] | mu_ref | reference viscosity (Sutherland) |
[in] | lambda_ref | reference conductivity (Sutherland) |
[in] | tref_mu | reference temperature for viscosity |
[in] | tref_lambda | reference temperature for conductivity |
[in] | s_mu | Sutherland temperature for viscosity |
[in] | s_lambda | Sutherland temperature for conductivity |
◆ cs_gas_mix_finalize()
void cs_gas_mix_finalize |
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void |
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Free array mapping gas mix species ids to field ids.
◆ cs_gas_mix_get_field_key()
int cs_gas_mix_get_field_key |
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void |
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Get the field key for gas mix properties.
- Returns
- field key id for gas mix properties
◆ cs_gas_mix_initialization()
void cs_gas_mix_initialization |
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void |
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Initialization of calculation variables for gas mixture modelling in presence of the steam gas or another gas used as variable deduced and not solved.
◆ cs_gas_mix_physical_properties()
void cs_gas_mix_physical_properties |
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void |
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Fills physical properties which are variable in time for the gas mixtures modelling with or without steam inside the fluid domain. In presence of steam, this one is deduced from the noncondensable gases transported as scalars (by means of the mass fraction of each species).
◆ cs_glob_gas_mix