yaeos Python API

The yaeos Python API is on and early stage of development. So the API will change with time. The supported operative system is Linux, and the supported Python versions are 3.10, 3.11, 3.12 and 3.13.

Important advice

Since yaeos is written in Fortran, Python users can have some little issues understanding and finding things in the documentation. Please, we recommend looking at the “Getting Started - Using This Documentation” section of the Tutorial down below, there you will understand how to use this documentation.

Tutorial

• Tutorial
  • Getting Started
    • Using This Documentation
    • Installation Instructions
      • Local Installation
      • Building from source
      • Setting a Google Colab to use yaeos
    • Installation For Developers
    • Yaeos units
  • Equations of State (EoS)
    • Bulk Properties
      • Example model
      • Properties function of Volume and Temperature \(\left(V, T \right)\)
      • Properties function of Pressure and Temperature \(\left(P, T \right)\)
    • Cubic Equations of State
      • Generic Cubic Equation of State
      • Peng-Robinson (1976)
      • Peng-Robinson (1978)
      • Soave-Redlich-Kwong
      • RKPR
      • Predictive Soave-Redlich-Kwong (PSRK)
      • Mixing Rules
    • Multifluid Equations of State
      • Gerg2008
    • Phase Equilibrium Calculations
      • More calculations
    • GPEC (Global Phase Equilibrium Calculations)
      • Binary Systems Diagrams
    • Fitting Equations of State
      • Fitting interaction parameters of binary systems
  • Excess Gibbs models
    • Bulk properties
      • Example model
      • Properties of Excess Gibbs Models
    • Models
      • NRTL
      • UNIQUAC
      • UNIFAC models

API documentation

• Core Module

• Models
  • Residual Helmholtz Models
    • Cubic Equations of State
      • Cubic EoS
      • Mixing Rules
    • Multifluid Equations of State
      • GERG 2008
  • Excess Gibbs Models
    • NRTL
    • UNIFACVLE
    • UNIFAC Dortmund
    • UNIFAC PSRK
    • UNIQUAC

• Envelopes Module
• Fitting

Indices and tables

• Index

• Module Index

• Search Page