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of the key challenges facing the hydrogen economy: understanding how hydrogen interacts with the complex microstructures of circular steels and causes degradation and failure. This position is part of
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: Experimental skills in the mechanical characterization of fiber reinforced composites or polymers; experience with fatigue testing is desired. Theoretical knowledge and skills in the modelling of (failure
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computational modelling to contribute to safer flood defences. Job description Internal erosion and piping are among the main failure mechanisms of clay–sand layered dikes and remain important challenges in flood
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want to develop machine learning approaches that not only withstand adverse conditions but actively learn from their own failures – and can you back those systems with rigorous formal guarantees? We
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Hydrogen-Resistant Steels: The shift to a hydrogen-based energy system brings a major materials challenge: hydrogen can penetrate steel and make it brittle, leading to sudden failure. This is especially
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engineers, and data scientists within a state-of-the-art MCS lab and high-volume tertiary referral center. Cardiogenic shock and advanced heart failure remain among the most urgent challenges in
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scenarios with additional events that fill gaps in the existing dataset of scenarios, incorporate non‑linear effects such as failure of regional flood defences, and account for uncertainty in breach growth
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methods to extend and improve existing sets of flood scenarios with additional events that fill gaps in the existing dataset of scenarios, incorporate non‑linear effects such as failure of regional flood
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. These events such as (flash)floods, dam failures, coastal floods, storm surges and tsunamis generate highly unsteady flows whose interaction with buildings is poorly understood. In particular, the coupling
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hydrogen-based energy system brings a major materials challenge: hydrogen can penetrate steel and make it brittle, leading to sudden failure. This is especially challenging for sustainable (‘green’) steel