Our Projects
Here, you'll find a collection of cool tools and simulations we've built to solve real-world problems using computer-aided design.
1. Virtual Catalytic Reactor
We developed a C# application called Virtual Catalytic Reactor to simulate catalytic reactions for our lab sessions. This tool helps students and researchers visualize and analyze reaction kinetics in a virtual environment. The app is designed to be user-friendly, allowing users to input reaction parameters and observe real-time results. It’s a great way to learn about catalysis without the need for expensive lab equipment.
Description
The Virtual Catalytic Reactor includes features like reaction rate calculations, temperature and pressure simulations, and graphical output of results. It’s perfect for educational purposes and has been widely used in our lab sessions. We’re constantly updating the app to include more reaction types and improve its accuracy. If you’re interested in catalysis or chemical engineering, this tool is a must-try! Built by Maspolic, Dr. Jude Bonsu
- Key features of the Virtual Catalytic Reactor:
- Real-time simulation of catalytic reactions
- Customizable reaction parameters (temperature, pressure, catalyst type)
- Graphical output of reaction kinetics
- User-friendly interface for students and researchers
- Ideal for lab sessions and educational purposes
2. Gas Turbine Simulator
Our Gas Turbine Simulator, built with MATLAB, is a powerful tool for analyzing the performance of gas turbines under various operating conditions. This project was designed to help engineers and students understand the thermodynamics and mechanics of gas turbines. The simulator allows users to input parameters like air flow rate, fuel type, and turbine speed, and then generates detailed performance metrics such as efficiency, power output, and exhaust gas temperature.
Description
The Gas Turbine Simulator is widely used in our club for teaching and research purposes. It’s a great way to explore the complexities of gas turbine operation without the need for physical hardware. We’re working on adding more features, such as multi-stage turbine simulations and integration with renewable energy sources. Stay tuned for updates!
- Key features of the Gas Turbine Simulator:
- Simulation of gas turbine performance under various conditions
- Customizable input parameters (air flow, fuel type, turbine speed)
- Detailed output metrics (efficiency, power output, exhaust temperature)
- Ideal for teaching and research in thermodynamics
- Future updates: multi-stage turbines and renewable energy integration