Master Assignment
- Experimental analysis of H2-fired Bosch boiler: linear thermoacoustic stability analysis
- 3D simulation of flow and heat transfer in honeycomb channels for a heat storage system: an important section of the EU-funded project ABraytCSPfuture
- Molecular Precision: Advanced Frost Growth Modelling
- Flexible operation of electrical driven salt evaporation plants
- CO2 Capture from Steel Gases ‒ using Pressure Swing Adsorption (TATA Steel)
- Carbon Capture and Utilization – CFD simulation/reactor design
- Carbon Sequestration And Storage From Biomass Through Hydrothermal Carbonisation
- CFD analysis of Bosch boiler: linear thermo-acoustic stability analysis
- CFD investigation of an ejector driven high-temperature vapor compression heat pump
- Comparative assessment of heat pump cycles for upgrading waste heat from low-temperature sources
- Development of heat pipe based cooling solutions for data centers
- Experimental study of the heat transport in multi-layer graphite thermal router
- Gas permeation in high precision vacuum applications
- Het ontwikkelen van predictive asset management model voor het onderhoud van vuurvast materiaal in een afvalverbrandingsinstallatie.
- Internship project: Techno-economic analysis of implementing the thermochemical energy storage
- Magnetic pumping for a refrigerator with no moving parts
- Numerical modeling of the thermochemical heat storage system for the Steel industry
- Optimizing Waste Heat Recovery in Green Hydrogen Production: Design and Techno-economic Analysis
- Reducing energy consumption and CO2 emissions by applying a digital twin in the thermal management of torpedo ladle cars
- Thermo-Economic Analysis of Cutting-Edge Hybrid Energy Systems for Eco-Friendly District Heating
- Thermal Contact Conductance
- Thermal modeling and efficiency analysis of an innovative heat engine
- Test rig design for validation of novel sonic thermometer in hot flow
- Thermodynamic and economic analysis of an ejector-driven hightemperature vapor compression heat pump
- Thermo-Economic Analysis of Optimized Hybrid Energy Systems for District Heating
Note: Some of the above master assignments could be modified to be bachelor assignemnts only for Advanced Technology students. You can contact Prof. Dr. Ir. Gerrit Brem (g.brem@utwente.nl) for such requests. To make a request for removal of assignment: click here