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development and integration of functional materials in real-world applications. Fundamentals of the microstructural development will be studied in detail to fabricate sustainable and high-performance functional
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to improve performance characteristics of low-value hardwoods by the densification process, thereby increasing their value. Sustainable chemical modifications and energy-efficient low-temperature methods will
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of Ni#Al intermetallic superalloys produced via laser powder bed fusion (LPBF). Ni#Al-based superalloys exhibit enhanced mechanical properties over traditional Ni-based alloys, primarily due to their high
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focus on developing new power electronics and control architectures to enable the operation of residential HVAC systems (heat pumps and heat recovery ventilation units) in droop-controlled DC microgrids
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new paradigm in the design, testing, and validation of Electronic Control Units (ECUs) for Connected and Autonomous Vehicles. By developing high-fidelity Digital Twins (DTs) that combine functional
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technologies. This PhD project seeks to fill this gap by quantifying and comparing environmental performance across various management routes for SMR radioactive waste streams, thereby guiding technology
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Summary Electrical machines are the workhorses of modern industry. Thus, electrical machines are facing challenges in meeting very demanding performance metrics, for example, high specific power
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solutions for building energy management and in district energy networks, and toolkits of solutions for building and district performance assessment. The combination of computer science with the built
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to Eurostat. The work will bridge the divide between material inventory and environmental performance assessment. Despite broad ambitions for circular construction, practitioners still lack a seamless way to