jaxprop.helpers_props module

class jaxprop.helpers_props.FluidState(fluid_name: str = None, identifier: str = None, pressure: jax.Array = nan, temperature: jax.Array = nan, density: jax.Array = nan, enthalpy: jax.Array = nan, entropy: jax.Array = nan, internal_energy: jax.Array = nan, compressibility_factor: jax.Array = nan, isobaric_heat_capacity: jax.Array = nan, isochoric_heat_capacity: jax.Array = nan, heat_capacity_ratio: jax.Array = nan, speed_of_sound: jax.Array = nan, isothermal_compressibility: jax.Array = nan, isentropic_compressibility: jax.Array = nan, isothermal_bulk_modulus: jax.Array = nan, isentropic_bulk_modulus: jax.Array = nan, isobaric_expansion_coefficient: jax.Array = nan, isothermal_joule_thomson: jax.Array = nan, joule_thomson: jax.Array = nan, gruneisen: jax.Array = nan, viscosity: jax.Array = nan, conductivity: jax.Array = nan, is_two_phase: jax.Array = nan, quality_mass: jax.Array = nan, quality_volume: jax.Array = nan, surface_tension: jax.Array = nan, subcooling: jax.Array = nan, superheating: jax.Array = nan, pressure_saturation: jax.Array = nan, temperature_saturation: jax.Array = nan, supersaturation_degree: jax.Array = nan, supersaturation_ratio: jax.Array = nan, mixture_ratio: jax.Array = nan, mass_frac_1: jax.Array = nan, mass_frac_2: jax.Array = nan, vol_frac_1: jax.Array = nan, vol_frac_2: jax.Array = nan, drho_dp: jax.Array = nan, drho_dh: jax.Array = nan)

Bases: Module

Attributes:

fluid_name

identifier

Methods

items()	Dict-style iteration
keys()	Dict-style iteration
stack(states)	Combine a list of FluidState into a batched FluidState (values stacked into arrays).
to_dict([include_aliases])	Return dict of numeric properties, with optional aliases.
values()	Dict-style iteration

compressibility_factor: Array = nan

conductivity: Array = nan

density: Array = nan

drho_dh: Array = nan

drho_dp: Array = nan

enthalpy: Array = nan

entropy: Array = nan

fluid_name: str = None

gruneisen: Array = nan

heat_capacity_ratio: Array = nan

identifier: str = None

internal_energy: Array = nan

is_two_phase: Array = nan

isentropic_bulk_modulus: Array = nan

isentropic_compressibility: Array = nan

isobaric_expansion_coefficient: Array = nan

isobaric_heat_capacity: Array = nan

isochoric_heat_capacity: Array = nan

isothermal_bulk_modulus: Array = nan

isothermal_compressibility: Array = nan

isothermal_joule_thomson: Array = nan

items()

Dict-style iteration

joule_thomson: Array = nan

keys()

Dict-style iteration

mass_frac_1: Array = nan

mass_frac_2: Array = nan

mixture_ratio: Array = nan

pressure: Array = nan

pressure_saturation: Array = nan

quality_mass: Array = nan

quality_volume: Array = nan

speed_of_sound: Array = nan

classmethod stack(states: list[FluidState]) → FluidState

Combine a list of FluidState into a batched FluidState (values stacked into arrays).

subcooling: Array = nan

superheating: Array = nan

supersaturation_degree: Array = nan

supersaturation_ratio: Array = nan

surface_tension: Array = nan

temperature: Array = nan

temperature_saturation: Array = nan

to_dict(include_aliases: bool = False)

Return dict of numeric properties, with optional aliases.

values()

Dict-style iteration

viscosity: Array = nan

vol_frac_1: Array = nan

vol_frac_2: Array = nan

jaxprop.helpers_props.extract_vars(name)