To aid in achieving sustainable energy systems, simulations of flow and heat transfer are essential. They provide meaningful insights in the behaviour of these systems and can be used for design optimization. At the EMIB research group, we have extensive knowledge on the general field of fluid flow and heat transfer. In addition, our research is focused on three main tracks:
- Numerical CFD simulations of complex flows and heat transfer in building system components. Examples are bubble formation in the evaporators of heat pumps, flow distribution in the headers of heat exchangers and air flows in ventilation ductwork components.
- Dynamic simulations of building energy system components. Accurate and time-efficient modelling of (thermal) energy storage systems, heat pumps, ...
- Thermal management of electric drivetrain components. Simulations and design of the cooling system of batteries, power electronics and electric machines.