Simulation and modeling are essential tools in engineering and science, enabling analysis, prediction, and optimization of complex systems. These technologies allow engineers and researchers to accurately study the behavior of physical, chemical, biological, and mechanical systems without the need for costly and time-consuming experimental testing.
The Automotive, Fuel, and Environment Research Institute has been actively engaged in modeling and simulation of various phenomena since its establishment, relying on its specialized expertise. The main areas of our research and development include:
- Aerodynamics and thermodynamics
- Heat transfer (radiation, conduction, and convection)
- Combustion
- Energy cycles and power generation
- Rotating machinery
- Electrochemistry
Experience and Capabilities
In these fields, our research institute not only focuses on design and simulation but also develops custom modeling codes and utilizes specialized software for analyzing various phenomena. Some of our key achievements in this domain include:
✅ Simulation of supersonic and subsonic flows under different conditions, including both free-flow and confined-flow environments.
✅ Electrochemical process modeling, focusing on performance evaluation, lifespan analysis, and thermal runaway prediction, which significantly reduces experimental costs in this industry.
✅ Development of customized numerical codes for performance evaluation and equipment design in 1D, 2D, and 3D simulations, going beyond the capabilities of general-purpose simulation software.
With these capabilities, our research institute plays a crucial role in advancing industrial and academic research, offering cutting-edge solutions for system optimization and cost reduction.
