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textile to end up with a highly mechanical performant filter system. This high mechanical performance is requested to withstand the high pressure drop on the filtermedium when a large flowrate of waste
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mechanisms involved during the initial fat crystal network formation of the model system. • Linking the polymorphic dynamics, microstructure and rheology quantitatively during fat network formation
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). Job profile We look for a highly motivated and talented individual with a strong background in computational solid mechanics, knowledge of damage/fracture mechanics, and experience in finite element
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the consumer. Sustainability and food personalization motivate this interdisciplinary doctoral research that combines food engineering, rheology and computational mechanics of fluids and solids. A gelled