janpeter19 / bpl_iec_validation Goto Github PK

👋 Hi, I’m @janpeter19

👀 I’m interested in Modelica and especially biotechnical applications, see paper.

🌱 I’m currently learning how to reach out more using Google Colab. I have prepared several examples for you starting with the repository BPL_TEST2_Batch. Here you follow a Jupyter notebook and can continue interact using Python and modifiy the simulations and graphs shown. More about the technology used here and about the modelling here. No installation needed!

Note 2024-07-20 The GUI for BPL has now reached an important milestone and all applications can be GUI-configured and the notebooks include corresponding process diagram. The models and results are the same, of course. Recent GUI work:

• An example of fedbatch cultivation of yeast with control of dissolved oxygen (now also including icons for the gasphase) - see repository BPL_YEAST_AIR_Fedbatch

• An example pf ion exchange chromotagraphy - see repositories BPL_IEC_validation (but BPL_IEC_operation needs a fix around scale_volume, i.e. scaling of the time axis).

OpenModelica 1.23.1 was used. In the fall a subset of GUI for the liquid phase only was validated with Impact 2.1

The issue #12561 with the OpenModelica FMUs still remains.

Earlier notes you find here.

💞️ I’m looking to collaborate on expanding the examples of use of Modelica in Colab. I also tailor-make models of biotechnical processes for your needs on a consultancy basis. Work with processes involves broader data analysis and is a part of my work, and simulation is just one tool, but an important one. Digital Twins is a catchword these days and part of what I do.

📫 You can reach me at: [email protected]