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Develop advanced models to understand and predict piping and internal erosion in dikes. As a PhD researcher at TU Delft, you will connect fundamental fluid–soil interaction physics with
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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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We are seeking a motivated PhD student to use single-molecule techniques and computational tools to explore molecular interactions and apply them for therapeutic applications. Job description We
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and internal erosion in dikes. As a PhD researcher at TU Delft, you will connect fundamental fluid–soil interaction physics with computational modelling to contribute to safer flood defences. Job
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of hydrogen-induced degradation in circular steels. Job description Within this project, you will investigate one of the key challenges facing the hydrogen economy: understanding how hydrogen interacts with
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The project focuses on the experimental realization and study of artificial microswimmers/microrobots that can move and interact autonomously in 3D environments, mimicking the complex dynamics
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the tire – road interaction, causing the emission of micro particles in the environment with pollution as well as potential health risks. Given the amount of tires that are in use, this results in very large
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to communicate, which can make everyday interactions frustrating. These communication barriers often lead to profound social isolation, economic marginalization, and reduced quality of life. This project explores
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comparative study of Western Europe, you will investigate interactions between social movements, ideas, and political change from a historical perspective. Your research will be based on extensive archival
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dioxide, heat, and energy. However, these systems operate at different spatial and temporal scales, making their interactions difficult to analyze with existing modelling approaches. Using this framework