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inaccurate, and rain gauge networks, while reliable, are too sparse to capture highly localised storms. Reliable, high-resolution rainfall data is urgently needed to improve flood prediction, climate
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river science with pressing real-world challenges. They will work with a unique decade-long dataset of high-resolution multibeam bathymetry and flow surveys, enabling detailed analysis of how riverbeds
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critical component of this is the powder blending process, where active pharmaceutical ingredients (APIs) must be uniformly mixed with excipients to ensure precise dosage and product quality. The performance
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of high-resolution multibeam bathymetry and flow surveys, enabling detailed analysis of how riverbeds evolve under and after mining. These observations will be complemented by physical experiments in
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is increasingly fragile. The winter of 2024/25 brought high rainfall with good replenishment of rivers, aquifers and reservoir stocks but also causing flooding in some areas. Hydrological projections
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. This PhD project offers the opportunity to spearhead cutting-edge research into how drought affects the health and performance of UK levees. You will explore how environmental stressors compromise levee
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detection using floor vibrations recorded by high-sensitivity accelerometers. Unlike wearable devices, which rely on user compliance, or cameras, which raise privacy concerns, floor vibration-based sensing
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research into how drought affects the health and performance of UK levees. You will explore how environmental stressors compromise levee integrity and develop new ways to assess and monitor these impacts
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architectures (cassette and containerised). Use CFD modelling and lab pilots to optimise hydraulics, mass transfer, and electrode configurations. Energy Integration Quantify full energy balances of MEC operation
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containerised). Use CFD modelling and lab pilots to optimise hydraulics, mass transfer, and electrode configurations. Energy Integration Quantify full energy balances of MEC operation. Explore integration with