An online steam tables calculator built using Python and the IAPWS library to calculate the thermodynamic properties of steam based on user-defined input properties. This project is designed as part of a thermodynamics course at the university.
- Calculate steam properties such as:
- Temperature (°C)
- Pressure (MPa)
- Enthalpy (kJ/kg)
- Entropy (kJ/kg·K)
- Specific Volume (m³/kg)
- Internal Energy (kJ/kg)
- Quality (X)
- Phase (e.g., subcooled, saturated mixture, superheated)
- Handle multiple input property combinations.
- Dynamic and user-friendly interface for property selection and result display.
- Validates inputs to prevent errors, such as selecting duplicate properties.
- Users select two properties (e.g., temperature and pressure) from a dropdown menu.
- Enter values for the selected properties.
- The application calculates and displays the resulting steam properties and phase.
If you input:
- Property 1: Temperature = 100°C
- Property 2: Pressure = 0.101 MPa
The program will calculate properties like enthalpy, entropy, specific volume, quality, and phase.
https://george10hany77.github.io/SteamTables/
- Frontend: The interface is built using JavaScript (
main.js) for handling dynamic updates. - Backend: Python modules (
main.py,steam_demo.py,STD_TYPES.py,Phases.py) handle thermodynamic calculations and property validation.
main.py: Main entry point. Handles user inputs and integrates with the backend to calculate properties.STD_TYPES.py: Defines classes for thermodynamic properties (e.g., temperature, pressure, enthalpy).Phases.py: Defines enums for water phases (e.g., saturated mixture, subcooled, superheated).steam_demo.py: Contains the core calculation logic using the IAPWS library.main.js: Handles frontend dynamic property selection and display updates.
This project is licensed under the MIT License. See the LICENSE file for details.