Simulation Models & Tutorials
Practical Simulation Files for Learning and Development
Downloadable simulation model packages and workflows, along with practical engineering tutorials for CFD, thermal management, system simulation, and battery/energy applications.
These materials are designed for engineers, students, and technical users who want to learn practical simulation workflows using tools such as OpenModelica, Simscape, OpenFOAM, Ansys, and CFD/thermal analysis software.
Each package includes selected model files, scripts, documentation, example results, and guidance to help you understand the workflow, run the example, and modify the files for further learning or development.
Available Simulation Packages
Geometry Optimization of a Redox Flow Battery Stack
Coupled shunt-current and pump-loss modeling in OpenModelica
A system-level OpenModelica model package for evaluating geometry-dependent parasitic losses in a redox flow battery stack.
The package couples shunt-current loss estimation with hydraulic pressure-drop and pump-power calculations. Channel length and manifold diameter are used as geometric design parameters to evaluate their effect on total parasitic loss.
The example demonstrates how coupled system modeling can support early-stage design trade-off studies, where reducing one loss mechanism may increase another
Contents:
- OpenModelica model package
- Python sweep and optimization scripts
- PDF user guide with example results and interpretation
Package price: €39
Payment details and download access are provided by email after request.
Important Notes
This package is a simplified tutorial and demonstration model for learning and workflow development.
It is not a validated industrial redox flow battery design tool. Results depend on the selected assumptions, parameter values, geometry ranges, and objective function.