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A hip fracture in older adults is associated with complications and a high mortality rate of 10% within one month and 30% within one year after hip fracture surgery. It is therefore crucial
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Interested in working on a the future of optical inertial sensing for mechatronic vibration control? Join our team! Job description The CHiPS (Compact High-Precision Sensors) project aims
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on the participation in multiple consecutive short-term electricity markets and congestion management. To address this question, you will develop state-of-the-art model predictive control tools to guide market
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that drive endothelial organ-specification and phenotype, and to use this knowledge to engineer organ-specific ECs. The obtained insights will be used to explore experimental approaches to control
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wing panels. Reliable process control is critical: underheating leads to poor bonding, while overheating causes polymer degradation. At the heart of process control algorithms lies a physics-based
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controlled reactive molecular collisions! As a PhD candidate, you will be part of the Controlled Chemical Reactions group led by Jolijn Onvlee. Our research group investigates reactive collisions between state
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have control over our spatiotemporal sampling of observational data locations, we first define the population. Next, we sample population units for (1) design-based estimation of population parameters
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flexible alternative. Thanks to their significant thermal inertia and ultra-low-temperature operation, DHCNs can absorb surplus renewable energy, respond to market signals, alleviate grid stress, and provide
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a function of variables such as composition, temperature, pressure and oxygen fugacity. The candidate will focus on understanding and quantifying controls on the mobilisation, concentration and
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position as part of the SCOPE project—Shelf-life Control, Optimized Pricing, and Excess Redistribution—a collaboration between the Operations Research and Logistics group at Wageningen University, the Zero