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Field
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materials for hydrogen energy applications. Hydrogen is considered as a clean alternative to fossil fuels in heat and electricity production. However, significant knowledge and technical gaps must be
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), which depends on the glaciers' varying sensitivity to temperature and precipitation changes (e.g., Sakai and Fujita, 2012), combined with the non-negligible influence of geomorphological variables such as
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. The goal is to identify the factors that enable stable and homogeneous growth, leading to an extremely low density of structural defects. A comprehensive approach, combining high-temperature experimentation
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populations (e.g., abundance, diversity) in shallow water habitat by first reviewing environmental drivers including salinity, bathymetry, tide and temperature. After key abiotic factors are identified
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modeling and optimization methods for the management of multi-energy platforms integrating electricity and heat systems within. The research aims at characterizing and valorizing the flexibility potential
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optimization. The PhD project is part of a larger research project in collaboration with Ghent University and KU Leuven on the implementation of high-temperature heat pumps in industrial chemical batch processes
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developing a micro High-Temperature Reactor (HTR), being a pebble-bed design, for land-based and maritime applications. Within this project, you will generate experimental data that support reactor safety
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analysis. Job description TU Delft is part of a consortium led by Allseas that is developing a micro High-Temperature Reactor (HTR), being a pebble-bed design, for land-based and maritime applications
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interactions between liquid insulation and representative solid insulation materials used in high‑voltage aerospace electrical machines. The scope of work will focus on developing controlled thermal ageing
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. This comprises the development of new sources for very cold particles with high phase space density and loading rate, quantum coherent beam splitters, advanced detectors in a mass range that is challenging