fuellib.correlate.components

Component correlation functions.

Functions

density	Calculate the density of each component at temperature T.
diffusion_coeffs_wilke	Compute diffusion coefficients using Lennard-Jones parameters.
dynamic_viscosity_dutt	Calculate the dynamic viscosity using Dutt's equation.
dynamic_viscosity_nannoolal	Calculate the dynamic viscosity using Nannoolal (2009) GCM.
flash_point_alibakhshi	Calculate component flash points with Alibakhshi (2017) correlation eq.
flash_point_alqaheem	Calculate component flash points with Alqaheem-Riazi (2017) correlation eq.
kinematic_viscosity_dutt	Calculate the kinematic viscosity using Dutt's equation.
kinematic_viscosity_nannoolal	Calculate the kinematic viscosity using Nannoolal (2009) GCM.
latent_heat_vaporization	Calculate latent heat of vaporization adjusted for temperature.
liquid_mass_specific_heat_capacity	Compute liquid mass specific heat capacity in J/kg/K at a given temperature.
liquid_mass_specific_heat_capacity_ruzicka	Compute liquid mass specific heat capacity in J/kg/K at a given temperature.
lower_heating_value	Calculate component lower heating values from a Hess cycle.
molar_liquid_volume	Compute molar liquid volume with temperature correction.
molar_specific_heat_capacity	Compute molar specific heat capacity at a given temperature.
molar_specific_heat_capacity_ruzicka	Compute molar specific heat capacity in J/mol/K at a given temperature.
saturated_vapor_pressure	Compute saturated vapor pressure (P_sat).
saturated_vapor_pressure_antoine_coeffs	Estimate Antoine coefficients for vapor pressure of an individual compound.
surface_tension	Calculate surface tension of each compound at a given temperature.
thermal_conductivity_latini	Calculate thermal conductivity at a given temperature.