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mechanical properties of the PLA-HTC composite, and the controlled release properties from HTCs. Although, both materials are already approved for clinical use, the implementation of this new approach at large
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, are at the forefront of climate challenges. The unique composition of each street, from vegetation and building heights to road materials, creates a complex puzzle of temperature variations. This complexity demands high
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Bridges and wind turbine towers are two main areas in need of resilient high-performance materials. Fibre-reinforced polymer (FRP) composites are showing great promise. Yet to meet future demand, it
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composition of the parent star is imprinted on that of rocky planets, which in turn is key input to understand the planets’ interior structure and evolution. Stellar activity impacts the stability and
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. Some of the key tasks to be performed will be: - the synthesis of relevant compositions - the structural and thermodynamic characterization of the prepared materials - the development of a thermodynamic
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unprecedented control of layer thicknesses, doping levels, material composition and contamination control. Other highlights include industry-grade plasma tools with in-situ metrology for precise patterning, a
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, the energy transition and sustainable reuse. Research themes include: the mechanics, dynamics and physics of bio-based, concrete, steel and composite structures and materials resources and recycling pavement