- fixed known bugs
- peer-reviewed documentation
- refactored property classes
- improved cross-platform path handling for user-defined properties
- inserted contributing guidelines
- implemented thermo-chemical data and properties (solubility and diffusivity of impurities, Oxygen concentration range where protective oxide layer formation is assured, entropy, specific enthalpy, Gibbs free energy, Oxygen partial pressure)
- improved performance by storing properties within dedicated attributes of liquid metal classes
- fixed known bugs
- implemented a tutorial where thermo-physical and thermo-chemical properties of liquid lead are needed for controlling the Oxygen concentration
- updated documentation to include thermo-chemical properties description
- included Learn More section into the documentation: it treats the properties related to the Oxygen concentration by the theoretical point of view and by providing the description of the above-mentioned tutorial
- constant variables substituted with the ones from
scipy.constants - inserted
pyproject.toml
- refactored the collocation of some already implemented methods
- properties made dependent on the complete thermo-dynamic state (added pressure dependency)
- inserted functionality for computing upper and lower bounds of physical correlations
- implemented
range_warningdecorator for verifying whether the value of the property is required within its temperature validity range - properties handling moved from class level to instance level
- constant variables moved into a dedicated module