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high-performance applications. The project brings together materials science, powder technology, additive manufacturing, and data science. Silicon carbide is widely used in demanding thermal, structural
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on developing circular production routes for silicon and silicon carbide, key materials for high-temperature and high-performance applications. The project brings together materials science, powder technology
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particularly undesirable phenomenon, since it significantly compromises nutritional, sensory and functional properties of the powders [1]. It is therefore essential to understand the mechanisms behind
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Department of Food Science (FOOD KU), Faculty of Science (SCIENCE) invites applicants for a PhD fellowship in Food Engineering, “Linking Powder Structure to Performance” The project is in
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High-temperature electrolysis (HTEL) offers the highest efficiency of all known water electrolysis technologies. However, compared to low-temperature electrolysis technologies, it is still at a
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achieve the necessary powder flow behaviour, pellet microstructure, and homogeneity. However, novel milling technologies, such as Resonant Acoustic Mixing (RAM), offer the potential for: faster and more
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assemblies to be processed, a key requirement. Multiple advanced manufacturing processes make use of metallic powder based feedstocks. The materials used tend to be inherently expensive, with the need to use
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with academic researchers and industrial partners active in semiconductor packaging, powder production, sensing technologies, and thermal management. The project offers excellent opportunities to contribute
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for gas turbines, and gas separation membranes. The focus of all these technologies is on inorganic materials, which are processed as functional layers from powders or via the gas phase. For this purpose
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data-driven engineering sectors. Continuous Direct Compression (CDC) is rapidly emerging as a preferred method for pharmaceutical tablet production. A central challenge is powder blending, where active