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# Thermohub
Organizing files and examples for chemical engineering thermodynamics \
Spring 2026
**Organizing files and examples for chemical engineering thermodynamics**\
Eric Furst, *Spring 2026*
Students start with simple calculations in Jupyter notebooks. We introduce them to standard libraries, such as *numpy*, *scipy*, *matplotlib*, and *pandas*.
Code can be written and excuted using a dedictaed Collge Jupyterhub (https://jupyterhub.cbe.udel.edu:8000/hub/login), but off-campus access requires the VPN. Students learn about several alternatives, including *Google Colab* and by locally installing Jupyter on their personal machine.
Here, the code is organized into several modules:
- **Preliminaries** \
Initial exercies to intoduce Python and Jupyter concepts
- **Modules 1-3** \
Mass and energy balances (Chapters 1-3, SIS)
- **Module 4** \
Entropy balances (Chapter 4, SIS)
- **Module 6** \
Properties of real fluids (Chapter 6, SIS)
- **Module 7** \
Equilibrium and fugacity (Chapter 7, SIS)
Real fluid calculations in chapter 6 and equilibrium and fugacity calcuations in chapter 7 are the most significant areas.