FuelLib
Contents:
Fuel Property Prediction Model
Table of GCM properties
Equations for GCM properties
Equations for individual compound correlations
Kinematic viscosity
Latent heat of vaporization
Liquid molar volume
Density
Liquid specific heat capacity
Saturated vapor pressure
Surface tension
Thermal conductivity
Equations for mixture properties from GCM
Conventional mixing rules
Mixture density
Mixture kinematic viscosity
Mixture vapor pressure
Mixture surface tension
Mixture thermal conductivity
Reference Compounds for Jet Fuels
Validation
Single Component Fuels
Multicomponent Fuels
Fuel Blends
References
Source Code
FuelLib File Organization
Source Code Auto-Documentation
FuelLib
Export4Pele
Export4Converge
Tutorials
Introduction and Basic Usage
Download and Setup
Required Input Files and Decomposing Fuel Components
Decomposing Fuel Components into Fundamental Groups
Basic Usage
Exporting Properties for Pele
Default Options
Additional Options
Liquid Species Deposit to Single Gas-Phase Species
Liquid Species Deposit to Specific Gas-Phase Species
Export Liquid Fuel as Single Mixture Species
Exporting Properties for the MP Model in Pele
Exporting GCM-Based Mixture Properties for Converge
Default Options
Additional Options
FuelLib
Tutorials
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Tutorials
This section provides tutorials on how to use the FuelLib library.
Introduction and Basic Usage
Download and Setup
Required Input Files and Decomposing Fuel Components
Decomposing Fuel Components into Fundamental Groups
Basic Usage
Exporting Properties for Pele
Default Options
Additional Options
Liquid Species Deposit to Single Gas-Phase Species
Liquid Species Deposit to Specific Gas-Phase Species
Export Liquid Fuel as Single Mixture Species
Exporting Properties for the MP Model in Pele
Exporting GCM-Based Mixture Properties for Converge
Default Options
Additional Options